This document describes the Draganflyer X8, an electric folding helicopter drone. It has a durable yet lightweight carbon fiber frame that folds up for easy transport and storage. It is powered by a lithium polymer battery and eight efficient brushless motors. The drone has a modular design that allows individual parts to be replaced easily. It also features GPS positioning, a handheld controller, and can carry a 1kg payload such as a camera. The folding design, carbon fiber materials, and efficient power system allow it to be durable, quiet, and efficient to operate.
Discussion of solutions for SDI to PCIe that enables up to 4 bi-directional channels of 1080p Video. Including an examination of applications, challenges and benefits associated with implementing PCIe-based systems, and a discussion of a video framework that simplifies hardware design for video systems with a PCIe-based design.
Discussion of solutions for SDI to PCIe that enables up to 4 bi-directional channels of 1080p Video. Including an examination of applications, challenges and benefits associated with implementing PCIe-based systems, and a discussion of a video framework that simplifies hardware design for video systems with a PCIe-based design.
Learn about the new 28-nm Stratix V FPGA family from Altera. Built for bandwidth, this family includes 28-Gbps transceivers, embedded HardCopy blocks, and variable-precision DSP blocks.
Accelerating MIPI Interface Development and Validation - Introspect TechnologyJean-Marc Robillard
Modern MIPI interfaces enable remarkable user experiences through the deployment of highly innovative electrical signaling and protocol technologies. Extending well beyond mobile, these interfaces are finding use in autonomous driving systems, augmented reality systems, and rugged or embedded computing applications. Understanding the various interactions between the multitude of physical and protocol layers is critical to achieving successful design and validation of MIPI links, especially when conceived as part of larger system contexts.
MIPI DevCon 2020 | Snapshot of MIPI RFFE v3.0 from a System-Architecture Per...MIPI Alliance
Lalan Mishra, vice-chair of the MIPI RFFE Working Group, presents the new features of MIPI RFFE v3.0 to help architecture and design engineers understand how the triggering features in the latest version work together to improve performance and to switch quickly among the various bands and band combinations in a 5G system.
Presentation:Technology challenges in the broadcast industryNewtec
What is important to broadcasters and satellite operators?
- Deliver the highest uptime for vital links
- Get the best performance and lower your costs
- Evolve towards tomorrow’s technology
The introduction of network video has revolutionized video surveillance in many ways. IP-based video
surveillance systems bring many important benefits, such as vastly improved image quality, better scalability,
event management, intelligent video and – in many cases – lower cost of ownership. Nevertheless,
it is too early to claim that this development has rendered all analog CCTV surveillance systems
obsolete and useless.
Curiosity Plus Quadcopter UAV is small category UAV designed for both civilian and military use. The craft is portable and can be operated in most terrains with small clearances because of portable GCS. Can be transported by personnels or in a small vehicle. The airframe and part avionics have been designed and manufactured in India so the components and maintenance cost would be bare minimum. The autopilot has been developed in India so upgrade of software would be a simple. The propulsion system is all electric so the eld operations are simple. The GCS software and the autopilot software are windows based making it easier for most would be customers to use the system. The operational cost of the craft is bare minimum thus providing cost effective surveillance systems as compared to ground based vehicles.
The Blade Chroma promises to be a game-changing aircraft. Horizon and Blade offer all in one Drone. The Chroma’s Li-Po battery can give to the Pilot a flight time around 30 minutes, on a single charge, making it the longest flying drone to date. This extended battery power gives the Pilot plenty of time to take advantage of the camera. The CGO3 or CG02 are the Chroma centerpiece. These units combine a high definition camera and three-axis brushless stabilization gimbal, allowing to the Pilot capturing steady 4K or 1080p videos. These videos can be streamed to the ST10+ transmitter in real time, in addition to multiple IOS and Android devices with the free CGO app (these devices will require 802.11N Wi-Fi connectivity).
The Pilot can also use the camera to shoot 16MP photos from the sky with sharp detail. The CGO3’s resolution and frame rate is adjustable and the camera features a no-distortion lens, which removes the fisheye effect, all these camera controls easily accessible on the included ST-10+ radio. See all information about Blade Chroma Ready to Fly Drone: The RTF version of the Blade Chroma includes the Blade ST-10+ transmitter (manufactured by Yuneec) and different kinds of Camera and Gimbal types; It has everything the Pilot needs, including the camera controls and a touch-screen video display. See below: Large, 5,5 inch (140 mm) touch-screen display with intuitive Android interface; Displays live video and real-time telemetry info like speed, altitude and battery voltage; Clearly marked switches and buttons; Super-simple flight and camera controls; Slider switch for adjusting camera tilt; Slider switch for adjusting drone speed.
Learn about the new 28-nm Stratix V FPGA family from Altera. Built for bandwidth, this family includes 28-Gbps transceivers, embedded HardCopy blocks, and variable-precision DSP blocks.
Accelerating MIPI Interface Development and Validation - Introspect TechnologyJean-Marc Robillard
Modern MIPI interfaces enable remarkable user experiences through the deployment of highly innovative electrical signaling and protocol technologies. Extending well beyond mobile, these interfaces are finding use in autonomous driving systems, augmented reality systems, and rugged or embedded computing applications. Understanding the various interactions between the multitude of physical and protocol layers is critical to achieving successful design and validation of MIPI links, especially when conceived as part of larger system contexts.
MIPI DevCon 2020 | Snapshot of MIPI RFFE v3.0 from a System-Architecture Per...MIPI Alliance
Lalan Mishra, vice-chair of the MIPI RFFE Working Group, presents the new features of MIPI RFFE v3.0 to help architecture and design engineers understand how the triggering features in the latest version work together to improve performance and to switch quickly among the various bands and band combinations in a 5G system.
Presentation:Technology challenges in the broadcast industryNewtec
What is important to broadcasters and satellite operators?
- Deliver the highest uptime for vital links
- Get the best performance and lower your costs
- Evolve towards tomorrow’s technology
The introduction of network video has revolutionized video surveillance in many ways. IP-based video
surveillance systems bring many important benefits, such as vastly improved image quality, better scalability,
event management, intelligent video and – in many cases – lower cost of ownership. Nevertheless,
it is too early to claim that this development has rendered all analog CCTV surveillance systems
obsolete and useless.
Curiosity Plus Quadcopter UAV is small category UAV designed for both civilian and military use. The craft is portable and can be operated in most terrains with small clearances because of portable GCS. Can be transported by personnels or in a small vehicle. The airframe and part avionics have been designed and manufactured in India so the components and maintenance cost would be bare minimum. The autopilot has been developed in India so upgrade of software would be a simple. The propulsion system is all electric so the eld operations are simple. The GCS software and the autopilot software are windows based making it easier for most would be customers to use the system. The operational cost of the craft is bare minimum thus providing cost effective surveillance systems as compared to ground based vehicles.
The Blade Chroma promises to be a game-changing aircraft. Horizon and Blade offer all in one Drone. The Chroma’s Li-Po battery can give to the Pilot a flight time around 30 minutes, on a single charge, making it the longest flying drone to date. This extended battery power gives the Pilot plenty of time to take advantage of the camera. The CGO3 or CG02 are the Chroma centerpiece. These units combine a high definition camera and three-axis brushless stabilization gimbal, allowing to the Pilot capturing steady 4K or 1080p videos. These videos can be streamed to the ST10+ transmitter in real time, in addition to multiple IOS and Android devices with the free CGO app (these devices will require 802.11N Wi-Fi connectivity).
The Pilot can also use the camera to shoot 16MP photos from the sky with sharp detail. The CGO3’s resolution and frame rate is adjustable and the camera features a no-distortion lens, which removes the fisheye effect, all these camera controls easily accessible on the included ST-10+ radio. See all information about Blade Chroma Ready to Fly Drone: The RTF version of the Blade Chroma includes the Blade ST-10+ transmitter (manufactured by Yuneec) and different kinds of Camera and Gimbal types; It has everything the Pilot needs, including the camera controls and a touch-screen video display. See below: Large, 5,5 inch (140 mm) touch-screen display with intuitive Android interface; Displays live video and real-time telemetry info like speed, altitude and battery voltage; Clearly marked switches and buttons; Super-simple flight and camera controls; Slider switch for adjusting camera tilt; Slider switch for adjusting drone speed.
Curiosity Quadcopter UAV is small category UAV designed for both civilian and military use. The craft is portable and can be operated in most terrains with small clearances because of portable GCS. Can be transported by personnels or in a small vehicle. The airframe and part avionics have been designed and manufactured in India so the components and maintenance cost would be bare minimum. The autopilot has been developed in India so upgrade of software would be a simple. The propulsion system is all electric so the eld operations are simple. The GCS software and the autopilot software are windows based making it easier for most would be customers to use the system. The operational cost of the craft is bare minimum thus providing cost effective surveillance systems as compared to ground based vehicles.
Guardian UAV is small category UAV also called Mini UAV. The craft is portable and can be operated in most terrains with small clearances because of short takeoff run portable GCS. Can be transported in a small vehicle. The airframe and part avionics have been designed and manufactured in India so the components and maintenance cost would be bare minimum. The autopilot has been developed in India so upgrade of software would keep the technology up to date. The propulsion system is all electric using high power electric motors powered by batteries that can be charged on eld so the operations are simple.
The slides give the brief description of the top most famous drones presently available in the market. These Drones are highly efficient and User-Friendly, that's why it is being loved so much.
DJI Mini 4K Drone Review_ A Comprehensive Look at an Impressive Piece of Tech...denisjbrown
Drones have revolutionized the way we capture images and video, making aerial photography accessible to both hobbyists and professionals. One such drone that has caught the attention of many is the “JI Mini 4K,” available on Amazon. This compact and lightweight drone boasts an array of impressive features, including a 4K UHD camera, 3-axis gimbal stabilization, 10km video transmission, and intelligent flight capabilities. In this comprehensive review, we will delve into the specifications, performance, and overall value of the JI Mini 4K drone.
15 Best Drones for Photography to Buy in 2023Zenith Clipping
In the world of photography, drones have also made a dynamic role especially in recent years. Drone photography has become popular as the best photography for its unique view. Most drones for aerial photo shooting make it possible for you to shoot all the angles of your choice in accordance with your specialty.
15 Best Drones for Photography to Buy in 2023Zenith Clipping
In the world of photography, drones have also made a dynamic role especially in recent years. Drone photography has become popular as the best photography for its unique view. Most drones for aerial photo shooting make it possible for you to shoot all the angles of your choice in accordance with your specialty.
Dronee Plane is easy to use wing drone for surveying, mining, agriculture, corridor mapping, oil and pipeline inspection. It flies ~50min, around 5km radius, Supports Sony RX0, Parrot Sequoia cameras built-in.
There are many types of imaging technologies available, and each has its own advantages and disadvantages. Instead of choosing one set of pros and cons over another, Infiniti designs multi-sensor systems that allow you to easily take advantage of multiple imaging technologies simultaneously.
See Beyond Human Vision
The light that humans see is only a small portion of what is called the electromagnetic spectrum. This spectrum is comprised of various frequencies of electromagnetic radiation, waves of energy that travel through space. The electromagnetic spectrum includes radio waves, WiFi, microwaves, radiant heat, visible light, ultraviolet, and even harmful x‑rays and gamma rays.
A diagram of the visible and infrared portions of the electromagnetic spectrum.
Many subsets of this electromagnetic radiation can be focused and detected by various imagers. Visible light is an obvious option as this is what most digital cameras detect, but there are also technologies that focus and detect infrared energy, allowing us to see details and information beyond what the human eye is able to see and detect, which can be hugely beneficial for surveillance systems. These images range from being similar to what we see but just outside our visible range to energy that is very different from what we see and shows us how hot the objects in a scene are. Each technology has its pros and cons.
Compare the Technologies
Adaptive synchronous sliding control for a robot manipulator based on neural ...IJECEIAES
Robot manipulators have become important equipment in production lines, medical fields, and transportation. Improving the quality of trajectory tracking for
robot hands is always an attractive topic in the research community. This is a
challenging problem because robot manipulators are complex nonlinear systems
and are often subject to fluctuations in loads and external disturbances. This
article proposes an adaptive synchronous sliding control scheme to improve trajectory tracking performance for a robot manipulator. The proposed controller
ensures that the positions of the joints track the desired trajectory, synchronize
the errors, and significantly reduces chattering. First, the synchronous tracking
errors and synchronous sliding surfaces are presented. Second, the synchronous
tracking error dynamics are determined. Third, a robust adaptive control law is
designed,the unknown components of the model are estimated online by the neural network, and the parameters of the switching elements are selected by fuzzy
logic. The built algorithm ensures that the tracking and approximation errors
are ultimately uniformly bounded (UUB). Finally, the effectiveness of the constructed algorithm is demonstrated through simulation and experimental results.
Simulation and experimental results show that the proposed controller is effective with small synchronous tracking errors, and the chattering phenomenon is
significantly reduced.
CHINA’S GEO-ECONOMIC OUTREACH IN CENTRAL ASIAN COUNTRIES AND FUTURE PROSPECTjpsjournal1
The rivalry between prominent international actors for dominance over Central Asia's hydrocarbon
reserves and the ancient silk trade route, along with China's diplomatic endeavours in the area, has been
referred to as the "New Great Game." This research centres on the power struggle, considering
geopolitical, geostrategic, and geoeconomic variables. Topics including trade, political hegemony, oil
politics, and conventional and nontraditional security are all explored and explained by the researcher.
Using Mackinder's Heartland, Spykman Rimland, and Hegemonic Stability theories, examines China's role
in Central Asia. This study adheres to the empirical epistemological method and has taken care of
objectivity. This study analyze primary and secondary research documents critically to elaborate role of
china’s geo economic outreach in central Asian countries and its future prospect. China is thriving in trade,
pipeline politics, and winning states, according to this study, thanks to important instruments like the
Shanghai Cooperation Organisation and the Belt and Road Economic Initiative. According to this study,
China is seeing significant success in commerce, pipeline politics, and gaining influence on other
governments. This success may be attributed to the effective utilisation of key tools such as the Shanghai
Cooperation Organisation and the Belt and Road Economic Initiative.
Harnessing WebAssembly for Real-time Stateless Streaming PipelinesChristina Lin
Traditionally, dealing with real-time data pipelines has involved significant overhead, even for straightforward tasks like data transformation or masking. However, in this talk, we’ll venture into the dynamic realm of WebAssembly (WASM) and discover how it can revolutionize the creation of stateless streaming pipelines within a Kafka (Redpanda) broker. These pipelines are adept at managing low-latency, high-data-volume scenarios.
Low power architecture of logic gates using adiabatic techniquesnooriasukmaningtyas
The growing significance of portable systems to limit power consumption in ultra-large-scale-integration chips of very high density, has recently led to rapid and inventive progresses in low-power design. The most effective technique is adiabatic logic circuit design in energy-efficient hardware. This paper presents two adiabatic approaches for the design of low power circuits, modified positive feedback adiabatic logic (modified PFAL) and the other is direct current diode based positive feedback adiabatic logic (DC-DB PFAL). Logic gates are the preliminary components in any digital circuit design. By improving the performance of basic gates, one can improvise the whole system performance. In this paper proposed circuit design of the low power architecture of OR/NOR, AND/NAND, and XOR/XNOR gates are presented using the said approaches and their results are analyzed for powerdissipation, delay, power-delay-product and rise time and compared with the other adiabatic techniques along with the conventional complementary metal oxide semiconductor (CMOS) designs reported in the literature. It has been found that the designs with DC-DB PFAL technique outperform with the percentage improvement of 65% for NOR gate and 7% for NAND gate and 34% for XNOR gate over the modified PFAL techniques at 10 MHz respectively.
We have compiled the most important slides from each speaker's presentation. This year’s compilation, available for free, captures the key insights and contributions shared during the DfMAy 2024 conference.
Hierarchical Digital Twin of a Naval Power SystemKerry Sado
A hierarchical digital twin of a Naval DC power system has been developed and experimentally verified. Similar to other state-of-the-art digital twins, this technology creates a digital replica of the physical system executed in real-time or faster, which can modify hardware controls. However, its advantage stems from distributing computational efforts by utilizing a hierarchical structure composed of lower-level digital twin blocks and a higher-level system digital twin. Each digital twin block is associated with a physical subsystem of the hardware and communicates with a singular system digital twin, which creates a system-level response. By extracting information from each level of the hierarchy, power system controls of the hardware were reconfigured autonomously. This hierarchical digital twin development offers several advantages over other digital twins, particularly in the field of naval power systems. The hierarchical structure allows for greater computational efficiency and scalability while the ability to autonomously reconfigure hardware controls offers increased flexibility and responsiveness. The hierarchical decomposition and models utilized were well aligned with the physical twin, as indicated by the maximum deviations between the developed digital twin hierarchy and the hardware.
KuberTENes Birthday Bash Guadalajara - K8sGPT first impressionsVictor Morales
K8sGPT is a tool that analyzes and diagnoses Kubernetes clusters. This presentation was used to share the requirements and dependencies to deploy K8sGPT in a local environment.
Advanced control scheme of doubly fed induction generator for wind turbine us...IJECEIAES
This paper describes a speed control device for generating electrical energy on an electricity network based on the doubly fed induction generator (DFIG) used for wind power conversion systems. At first, a double-fed induction generator model was constructed. A control law is formulated to govern the flow of energy between the stator of a DFIG and the energy network using three types of controllers: proportional integral (PI), sliding mode controller (SMC) and second order sliding mode controller (SOSMC). Their different results in terms of power reference tracking, reaction to unexpected speed fluctuations, sensitivity to perturbations, and resilience against machine parameter alterations are compared. MATLAB/Simulink was used to conduct the simulations for the preceding study. Multiple simulations have shown very satisfying results, and the investigations demonstrate the efficacy and power-enhancing capabilities of the suggested control system.
23. Carbon Fiber Folding Frame
Collapsible Frame
easy transport
easy storage
the helicopter can fit inside a tube or backpack
24. Durable and Light
Rolled (Molded) carbon fiber tubes frame.
It is stronger than fibers that interweaved together
The higher strength to weight ratio of carbon fiber.
25. Modular Design
The individual arms can be replaced rather than the entire frame.
More economical repairs and less down time.
27. Eight Rotor Configuration
Payload Capability
(approximately1 kilogram )
The four sets of matched counter rotating rotor blades provide differential thrust from four
equally spaced points.
Increased Stability in the Wind
The Draganflyer X8 weighs approximately 1700 grams and has the increased thrust of 8
counter-rotating rotors which allows it to be much more stable in windy conditions.
The larger size and weight of the Draganflyer X8 make it a very stable helicopter to fly.
28. Virtually Maintenance Free
the only moving parts: Brushless motors and carbon fiber rotor blades
no gears to wear out.
no engines to tune or service.
Efficient Design
Easy transport (foldable)
The low weight and high strength rotors
Low noise and maximum efficiency
Maximum strength (carbon fiber)
Quiet & Efficient
minimum thrust lost to sound output.
The rotor blades have less turbulence when spinning.
direct drive motors reduces moving parts and eliminates gear box noise.
hovering: less than approximately 78dB of sound at one meter (3 feet).
29. GPS
GPS Position Hold system
to concentrate on taking great pictures and video with out the need to
continually control the helicopter.
Once you are in position you can ascend or descend in a vertical column
simply by using the Spring Centered Throttle (SCT) control.
The camera is panned by using the helicopters yaw controls to move left
and right and then can be tilted up and down.
GPS information displayed includes:
Latitude
Longitude
Altitude
GPS accuracy
Position errors
Number of locked satellites
Quality of the GPS constellation (PDOP)
31. Simple to Use
The ergonomically (you can control the Draganflyer X8 flight by using two main gimbals)
Easy control over GPS hold, ascent/descent with easy to use Spring Centered Throttle
(SCT) control.
Camera shutter, tilt ad zoom controls.
Designed with Comfort in Mind
The controller is encased in a non-slip rubber grip which enhances its tough and rugged
designed.
The hand held controller is tough and rugged it has been designed to be very comfortable to
hold.
The controller has been built to be just the right size and weight to make it easy to hold .
32. Continuous Link with Helicopter
This allows as well as the helicopters speed and orientation
Battery voltage (and low battery warning)
GPS position
The number of satellites locked on
34. Two Controllers with One Helicopter
controllers can be wirelessly connected to
each other to allow shared control over the
helicopter.
You can select which functions the second
controller can use.
A photographer or videographer
A piloting
Great and quick way to train another pilot
35. Critical Information
battery low voltage (preventing damage to your helicopter)
poor link quality
lost of GPS signal
36. Dragan Eye™ Pro 5.8GHz dual Diversity Wireless Video Receiver
two 5.8GHz video receivers is built into the controller to obtain the best signal.
Switching decisions based on
1- RSSI (Receiver Signal Strength Indication
2-VSQA (Video Signal Quality Analysis)
Dual antennas can be positioned to pick up the video signal from multiple angles.
Dual outputs on the bottom of the handheld controller for
1-Video goggles
2-Recording device
37. Handheld Ground Control Station (GCS)
(Optional)
Coming Mid 2011
Simple and Intuitive
All the features of Handheld Controller and Video Base Station in one package.
Simpler than using two Controller functions at the same time
Every function is easy and intuitive to use.
1. Altitude
2. GPS hold
3. camera tilt pan and zoom functions
38. 802.11n Wireless Network
A built in 802.11n wireless network interface, for connecting to Wifi hotspots and IP cameras.
You receive the best pictures and video, that is streamed directly to the Handheld GCS
Live Telemetry Link
The Handheld GCS displays the same telemetry information that the Video Base Station
does, but in a package that is small enough to hold comfortably in your hands.
Everything from helicopter battery levels to GPS accuracy and position errors is displayed
live on an intuitive instrument layout.
39. Ergonomic Controls
KMZ file Flight Data Logging
KMZ files are compatible with many 3D earth viewing programs, including Google Earth.
The Handheld GCS automatically logs each flight to a KMZ file.
You can quickly and easily import a KMZ file to your computer and see exactly where the
helicopter was during your flight.
Photos are geo-tagged, with each picture you take marked on the display.
Important flight information, such as battery levels, GPS position errors, and other sensor
readouts are also logged using the onboard flight computer and black box data recorder.
40. IP Camera Support
The Handheld GCS supports viewing and saving video from IP cameras.
IP cameras work by sending wireless video digitally, over an 802.11n wifi network.
IP cameras are not limited to resolutions supported by NTSC or PAL standards. IP cameras
can transmit megapixel resolution video at a rate of up to 30fps.
Because IP cameras use a digital protocol to transmit information, they are virtually
impervious to random noise and interference.
In the event of poor signal quality, frame rate drops while image quality remains the same.
IP cameras also have an internal memory buffer, which allows you to capture still pictures
while the camera is still recording video.
Built in DVR
The Handheld GCS supports recording received video directly to its internal solid state
memory.
The video is recorded in a standard format that can be easily imported to almost any software
program for editing or publication.
41. Advanced Power System
Electric Powered Flight
A specially designed lithium polymer battery
The battery supplies the power to the eight brushless electric motors which provide enough
thrust for the helicopter to carry up to approximately 1 kilogram in payload.
42. Fast Charging Lithium Polymer Battery
A lithium polymer battery is used because its unique chemistry allows it to be significantly
lighter and higher capacity than an equivalently shaped conventional rechargeable battery.
A custom designed 5400 mAh lithium polymer battery which provides power for both flying
and camera systems.
The Draganflyer X8 battery has integrated power and balance connectors that make charging
simple with the included charging station.
Recharging the battery with the Draganflyer X8s charging system takes approximately 30
minutes.
43. Efficient & Lightweight Carbon Fibre Rotors
Durable and lightweight
These rotors are molded into a shape engineered for optimal thrust at maximum efficiency.
The added benefit of these high efficient rotors is that it also results in less noise while
maintaining longer flight times.
44. High Performing Brushless Motors
twice power than conventional brushed electric motors,
longer life time (no brushes to wear out)
maintenance free
extremely quiet
longer flight times
without gears
45. Damage Tolerance
Tough Carbon Fibre Frame
high quality military grade carbon fibre (most durable)
Carbon fibre is impervious to rust and does not decay
Durability & Strength
to stand up to a significant amount of stress during flight (because of using carbon fibre and
glass-filled injected nylon plastic)
The frame has been designed to be rigid in order to improve flight response while at the same
time able to absorb vibration.
Folds on Impact
This is made possible by the strong clips that hold the arms in place as they absorb energy when
they unclip. This in turn reduces the kinetic energy and velocity of the helicopter when it
impacts.
Modular Design
less costly to repair
Detachable Landing Gear
Rather than having to repair the entire unit you can just simple replace the landing gear and you
are back flying in no time.
46. Cases
Built with Travel in Mind
You do not have to pay over size luggage fees.
you can choose :
a military grade lockable transport case
soft case and optional back pack carrying system.
47. Transport Case.
The Video Base Station case is made of the same
rugged, military grade materials as the Draganflyer
X8 case so that the internal components are
protected against the rigors of airline transport and
field deployment.
A place for laptop computer for viewing real-time
streaming video from the X8 helicopter, viewing
telemetry, and for storing video and images.
Telescoping legs are included and can be threaded
onto the bottom of the case to provide a platform to
work from.
48. The Video Base Station is compatible with laptop computers running Windows.
Install the included software and you can start receiving wireless telemetry and live aerial
video right away.
The Video Base Station also folds up neatly and securely for transport either on its own or
within the main Draganflyer X8 carrying case.
49. Transport Case
Exterior Dimensions
Length: 68.1cm (26.8in)
Width: 45.2cm (17.8in)
Depth: 32.8cm (12.9in)
Case meets airline size regulations
Interior Dimensions
Length: 68.8cm (27.1in)
Width: 45.7cm (18in)
Depth: 27.9cm (11in)
Weight
Empty Weight: 14kg (31lbs) *Approximate
Full Weight: 28.8kg (63.5lbs) *Approximate
Case Information
Underwater Kinetics Transport Case
Color: Black
Wheels: 4
Handle Type: Retractable Extension
Latch Type: Metal Catch
Seal Type: O-Ring
Thick, lightweight, non corroding high impact ABS
shell
Valve Type: Automatic Pressure Equalization
Holds
1 Draganflyer X8 Helicopters
2 Hand Held Controllers
2 Camera Systems
Spare Parts
Charging Station
Video Glasses
Video Recording Base Station
Tool Pouch
Instruction Manuals
50. Optional Draganfly X8 Back Packable Case
For beaten path.
The outer case is built from military grade rugged
Cordura™ nylon, which contains high density
precision machined foam.
51. Tool Pouch Included
All the tools required for changing rotor blades, swapping camera modules, and disassembling the
X8 helicopter for storage are included in the Draganflyer X8 Toolbox that also fits inside the
Transport Case.
52. Portable Charge Station
The Draganflyer X8 charge station fits inside the transport case
along with two batteries and all the required charging
accessories.
With the Draganflyer X8 charge station you are able to charge
two batteries at once in multiple configurations. This allows you
to charge your depleted battery while continuing to fly with your
charged battery.
Airline Transport Association size (ATA) Approved Hard Case
To protect soft case when you are in airplanes, cars and trucks.
It is not over sized luggage.
53. Safety Features
Engineered for Safety
small size
quad rotor layout
data link,
flight recorder
software configurations
navigation lights
real time telemetry
Fly in confidence knowing that you are in full control of a stable aircraft that will provide
you with great video and photographs.
Small Size & Low Weight
relatively small in stature compared to rc helicopters that can deliver the same performance.
54. On-Board Stabilization Software
an onboard computer(stabilization software) that continuously monitors 11
sensors to stabilize flight.
Easy to See Navigation Lights
four extremely bright high powered LED navigation lights.
Data Logging Software
To log details of every flight (information from 9 onboard sensors)
Logs is transmitted back to the hand held controller where it is recorded
on a Micro-SD card.
Draganview software can read this log file.
This log file is much like what is recorded in a full size aircrafts black
box and is very useful for debugging flight problems.
55. Low Battery Indicator
Auto-Descent Failsafe
When the radio link between the helicopter and the hand held controller is lost the
Draganflyer X8 will automatically begin its auto-descent routine.
The auto descent routine governs how fast the helicopter descends to help minimize
possibilities of damage during an uncontrolled landing.
Maximum Operating Ceiling
A maximum altitude can be set so that the Draganflyer X8 will be restricted from flying above the
preset altitude.
Transmission Frequencies
Data and control signals are broadcast at 2.4GHz and the video signal is transmitted at 5.8GHz.
This prevents interference between the two.
8 Rotor Redundancy
If one of the brushless motors fails, the helicopter will still be able to fly and land safely.
56. Electronic Flight Stability
11 Advanced Sensors for Flight Control
Using data from the sensors the Draganflyer X8s onboard software automatically adjusts the
flight controls to ensure the helicopter is flying stable.
This means that the pilot no longer has to concentrate on keeping the helicopter steady and
instead can just fly it to the desired location.
The SteadyFlight™ system uses data from:
3 gyros
3 accelerometers
3 magnetometers
1 barometric pressure sensor
1 GPS receiver
57. 6 Degrees of Freedom
A helicopters
The main advantage:
It can hover stationary in place and be piloted to any open point in three dimensional space.
It can manoeuvre in any direction and does not need to be facing the direction it is flying in.
The main disadvantage:
low stability.
The Draganflyer X8 has all the advantages of a helicopter while being able to maintain its
stability making it an excellent choice for a camera platform.
58. Draganview Software
The DraganView software receives instrument readouts from the helicopter and displays them in
real time, in a format similar to that found on full scale, piloted aircraft.
1- View Real Time Telemetry
Battery Voltage
Data Link Quality
Number of GPS Satellites Locked On
GPS Reception Quality
Heading
Bearing
Climb Rate
Speed
Attitude (Roll, Pitch, Yaw)
Magnetometer Readings (Right, Forward, Down)
Velocity (North, East, Down)
Temperature
Throttle
GPS Latitude & Longitude
Altitude (GPS & Barometric)
GPS Accuracy & Position Errors
View the Draganflyer X8's current statistics as well
as an artificial horizon, bearing and heading
aircraft gauges
59. View real-time streaming video while monitoring the
aircraft gauges. Capture the incoming video feed to a
digital file.
2- View Real Time Aerial Video
Using the DraganView software, you can view
real time video streamed from the Draganflyer
X8 UAV on your computer.
60. 3- Configuration and Diagnostics
The DraganView software allows you
To remotely configure
To run diagnostic tests
To run preflight checks
user accessible maintenance functions
Calibrating the onboard magnetometer for
different geographical locations
Uploading firmware updates to the helicopter
Quickly diagnose and fix any issues with the
included diagnostic tests.
The DraganView software and Telemetry
Transceiver require one free USB port and a
computer running Windows XP or later.
61. Wireless Digital Video System
Experience the Advantage of Digital Video
A digital signal can be transmitted with out losing any of the quality of the picture
transmitted.
Pristine quality with no noise or interference
As the video is transmitted over a 802.11n 5.8GHz Wifi connection it can be easily encrypted
to ensure only those you want to view the video can
62. Bilt in Digital IP Video Receiver
(The Draganflyer X8 Base Station Feature)
This eliminates virtually any adverse effect from signal noise.
No noise in the digital signal
No noise in the digital transmission.
Zeros and ones in turn are transmitted as high and low
power radio signals.
The receiver converts these low and high power signals
back to zeros and ones.
63. Video on the Optional Handheld Ground Control Station
to frame your shots and move the helicopter to the exact position you need to get the shot you
want.
The digital video stream provides clear pictures that are unencumbered by the noise you
would find in an analog signal.
Not only can you view video on the optional hand held ground control station but it also runs
the complete version of DraganView™ software allowing you to view telemetry information
overlaid on the video picture.
64. Multiple Options for Your Applications
No matter if you are in a controlled environment or the rugged wilderness.
Choose between flowing:
Both share the same basic features (wireless video, and telemetry).
1- The hand held ground control station :
Is ultra portable
By seeing the video on the screen the pilot can frame the exact shot.
2- The base station (full size model):
An excellent resource to show video to your clients or people in a mobile
command post.
65. Anti-Vibration Camera Mount
Clear Pictures and Steady Video
Carbon fiber camera mount.
The four oil filled spring shock absorbers to filter out vibrations
Remote Controlled Pan and Tilt
A small electric servo provides a 90 degree tilt range, which allows the camera to look directly
ahead, straight down, or anywhere in-between.
The remote tilt mechanism works in conjunction with 360 degree yaw control (pan), allowing you
to point the camera in any direction.
.
67. IP Video Camera
Digital Streaming Provides Crystal Clear Pictures
IP Camera Wireless Digital Video System sends
data directly over a Wifi link.
This means that it is not limited to the resolutions
supported by analog formats (NTSC and PAL)
and can transmit megapixel video to the wireless
base station.
The wireless base station connects to any laptop
with an Ethernet cable, and the video can be
viewed and recorded using the Draganview
software
68. Digital Still Camera with 720p Video Recording
The Best Aerial Still Pictures Available
Images are stored using the onboard SD card, which allows you to quickly and easily import them
into the computer programs of your choice.
The high resolution digital still camera can also take pictures in the RAW format, allowing you to
choose your own colorspace and use other advanced features(12.3 Megapixel aerial pictures)
69. Low Light Camera
Record Video in Near Dark Conditions
In conditions as low as 0.0001 Lux ambient
light.(Dusk/Dawn camera)
At a fraction of the cost of the FLIR camera
(Forward Looking Infrared Camera).
Black and white video is transmitted
wirelessly over a 5.8 Ghz video connection
Recording on the onboard DVR.
70. Thermal Infrared Camera
Locate People by Body Heat
The FLIR (Forward Looking Infrared Camera) is a long wave infrared sensor capable of
picking up body heat signatures.
Using a specially engineered sensor, the FLIR camera can see heat and record video showing
how hot objects are in relation to their surroundings.
The camera can see temperature differences, and display them in either color mode or black
and white.
Video is streamed over a wireless 5.8 GHz connection to either the base station or the
handheld controller.
Video is also recorded in real time to the built in SD card DVR.
71. Micro Analog Video Camera
Micro Color Video Camera
A minimal weight penalty.
The longer flight time than other heavier cameras
480 line resolution video
30 fps
Onboard DVR recording
Broadcasting over a 5.8 GHz link to either the base
station or the handheld controller.
77. Weight & Payload
Helicopter Weight: 1,700g
Payload Capability: 1,000g
Maximum Gross Take-Off Weight: 2,700g
Flight Characteristics:
Unassisted visual reference required
Max Climb Rate: 2m/s
Max Descent Rate: 2m/s
Max Turn Rate: 90°/second
Approx Maximum Speed: 50km/h
Minimum Speed: 0km/h
Launch Type: VTOL (Vertical Take Off and Landing)
Maximum Altitude ASL: 2,438m
Maximum Flight Time: Approx. 20 min (without payload)
Approx Sound at distance of 1m : 72dB
Approx Sound at distance of 3m : 62dB
Rotor Blades
Four Counter-Rotating Pairs (Eight Rotors Total)
Rotor Blade Material: Molded Carbon Fiber
Upper Rotor Diameter: 40cm (16in)
Lower Rotor Diameter: 38cm (15in)
78. Electric Motors
Brushless Motors: 8
Configuration: Direct Drive (One Motor per Rotor)
Safety Features: Stall Protection
Ball Bearing
Voltage: 14.8V
Camera Attachments
2MP (Mega-Pixel) Digital IP Day/Night Video Camera with Remote Controlled Tilt
10MP (Mega-Pixel) Digital Still Camera with Remote Controlled Tilt, Zoom & Shutter
12MP (Mega-Pixel) Digital Still Camera with Remote Controlled Tilt
18MP (Mega-Pixel) Digital Still Camera with Remote Controlled Tilt, Zoom & Shutter
1080p HD (High Definition) Video Camera with Remote Controlled Tilt
Thermal FLIR (Forward Looking Infra-Red) Camera with Remote Controlled Tilt &
onboard digital video recorder
Low Light (0.0001 lux) Dusk/Dawn Black & White Video Camera with Remote Controlled
Tilt & onboard digital video recorder
Light weight Color Video Camera Video Camera with Remote Controlled Tilt & onboard
digital video recorder
79. Position Navigation Lights
Type: 1 Watt LED Variable Brightness Emitters
Luminous Flux at Full Brightness: 40lm
For helicopter Orientation Confirmation
From full Darkness to Direct Sunlight
Standard Aircraft Colors
Red: Left Front
Green: Right Front
White: Both sides Tail/Rear
Rechargeable Helicopter Battery
Lithium Polymer
Voltage: 14.8V
Capacity: 5200mAh
Length: 9.8cm (3.9in)
Width: 6.7cm (2.6in)
Height: 3.4cm (1.3in)
Connectors: Integrated Balance and Power
Recharge Time: Approx. 30 minutes (after typical flight)
Landing Gear
Installed Height: 24cm (9.3in)
Stance Width: 35.5cm (14in)
Skid Length: 34cm (13.25in)
Landing Gear Material: Molded Carbon Fiber
Materials
Carbon Fiber
Glass Filled Injected Nylon
Aluminum & Stainless Steel Fasteners
RoHS Compliant
Operating Requirements
Recommended Pre-Use Temperature: 10° to 35°C
Maximum Operating Temperature: -25° to 38°C
Relative Humidity: 0% to 90% Non condensing
Maximum Wind speed: 30km/h
Wind speed Recommended for Novice Pilots less than
16km/h (10mph)
Wind speed for Optimal Video Recording using GPS Position
Hold less than 10km/h (6 mph)
Flight Data Recorder
Flight Data Recording: On-Board
Stored To: Removable 2Gb MicroSD Memory Card
Data Recorded: Onboard Sensor Flight Data (Link quality,
Orientation, Altitude, Speed, Direction)
81. Size & Weight
Width: 22cm (8.7in)
Height: 12cm (4.7in)
Depth: 8cm (3.1in)
Weight: 895g (31.5oz)
OLED Touch Screen Display
Diagonal Size: 7.2cm (2.8in)
Resolution: 240x320 px
Colors: 65,536 (16-bit)
Luminance: 160 cd/m2 (candela per square meter)
Contrast Ratio: 10,000:1
Viewing Angle: 170°
Touch Screen Type: Pressure Sensitive Resistive
Buddy Box Controller Function
Main Controller to Assisting Controller Connection: Wireless
Possible Configurations:
Flight Controls on Main & Camera Controls on Assist
All Controls on Assist & Full Override on Main
Custom Splitting of Controls Between Main and Assist
82. Buttons & Controls
2 Dual-Axis Gimbals
3 Trim Tabs
Shutter Button
Ascent/Descent Switch
Zoom In/Out Switch
Variable Camera Tilt Knob
GPS Position Hold Switch
Trainer Button
Touch Screen (Finger or Stylus Sensitive)
External Connections
Charge Input: Integrated Balance Connector and Power Connector
SD Card Slot: Firmware Update, and Auxiliary Black Box
Internal Rechargeable Battery
Chemistry: Lithium Polymer
Voltage: 11.1V
Capacity: 2,000mAh
Cell Configuration: 3s1p (3-series 1-parallel)
Connectors: Integrated Balance Connector and Power Connector
Recharge Time: 30 minutes
83. Information Displayed
Easy to Use Menus
Heading
Bearing
Altitude
Climb Rate
Speed
Temperature
Throttle
X8 Helicopter Battery Voltage
Controller Battery Voltage
Data Link Quality
Number of GPS Satellites Locked On
GPS Reception Quality
Attitude (Roll, Pitch, Yaw)
Magnetometer Readings (Right, Forward, Down)
Velocity (North, East, Down)
GPS Latitude & Longitude
Altitude (GPS & Barometric)
GPS Accuracy & Position Errors
Materials
Rubber Grip
ABS Plastic
Flight Recorder / Black Box
Saves flight data to: on-board
removable Micro SD memory
card
Use for: post flight analysis,
troubleshooting, crash log
Includes GPS Data
84. RF Control & Data Link
2.4GHz Data Link
Link Type: Helicopter to Ground & Ground to Helicopter (Two-Way)
Controller Antenna: Omni-Directional
Helicopter Antenna: Wired Whip Antenna
Transmission Power (North America): 100mW (+20dBm) EIRP
RF Data Rate: 250kbps
Receiver sensitivity: -100dBm
Transmission Technique: DSSS (Direct Sequence Spread Spectrum)
Frequency band: 2.4000 - 2.4835 GHz
Certifications: CE, FCC, IC, ETSI
Data Link Channel Selection: Automatic (12 Channels)
Channels Supported: 16 (9 used, 7 free)
Throttle
Roll
Pitch
Yaw
Camera Shutter
Ascent
Camera Zoom
Camera Tilt
GPS Position Hold
85. Embedded Dragan Eye™ Pro 5.8GHz Dual Diversity Wireless Video Receiver
Model: Dragan Eye™ Pro
Diversity Type: Dual
Diversity Video Unit Switches Between Received Signals Based On:
1. Video Quality
2. RSSI Signal Strength
Video Link
• Frequency: 5.8GHz
• Link Type: Helicopter to Ground (One-Way)
• Receiver Antennas: Omni-Directional & Flat Patch
• Transmitter Antenna: Omni-Directional
• Transmission Power: 12dBm
• Transmitter Power Consumption: 500mW
• NTSC and PAL Compatible
• 7 Selectable Channels: 5740MHz, 5760MHz, 5780MHz, 5800MHz, 5820MHz,
5840MHz, 5860MHz
90. Exterior Dimensions
Length: 16.5cm
Width: 8cm
Height: 4.5cm
Weight
Weight: 681g approx (with out computer)
Case Information
Unit fits inside main carrying case with helicopter
Electronics are enclosed in a machined aluminum case
Electronic Components are protected by Plastic and Rubber
92. Unit Includes
Embedded Dragan Eye Pro 5.8GHz Quad Diversity Wireless Video
Receiver.
Built in lithium polymer power supply and charger
Power Connector: Standard Barrel Jack (Adapter Included)
Integrated Telemetry Transceiver
Two 5.8 Ghz flat patch antennas
Two 5.8 Ghz omni-directional antenna
One 5.8 GHz omni-directional Antenna (for telemetry)
Easy to read LCD display
93. Wireless Video Receiver
Embedded Dragan Eye Pro 5.8GHz Quad Diversity Wireless Video Receiver
Integrated Video Capture Device
Receivers: Quad
Frequency: 5.8GHz
Channels: 7 (5.740, 5.760, 5.780, 5.800, 5.820, 5.840, 5.860GHz)
Power Input: 13-15V DC at 2.2A max
Power Connector: Included adapter
Antenna Connectors: 4 external SMA (for video receivers) and 1 external RPSMA (for
telemetry)
LCD Display: Backlit by LED, 2 line 20 character per line display
Buttons: 3 (2 Navigation & 1 Power/Select)
Quad Antenna Activity LEDs
USB-B Jack for embedded Telemetry Transceiver and Video Capture Device
Dragan View Software
Provides Real Time Video
Provides Real Time Telemetry
Provides remote configuration of Draganflyer X8
95. Exterior Dimensions
Length: 44.5cm
Width: 30.5cm
Height Without Legs: 18.4cm
Height With Legs: 62 to 126cm
Interior Storage For
DraganEye Pro 5.8GHz Quad Diversity Wireless Video Receiver
4 Base Station Telescoping Legs
2 Transmitters (2nd Transmitter is Optional)
2 Optional Extra Batteries
Vuzix Eyewear
Weight
Empty Weight: 3.76kg (8.29lbs)
Full Weight: 7kg (15.4lbs) *Approximate
96. Case Information
Military Grade ABS Case
Color: Black
Latch Type: Double Throw
Seal Type: O-Ring
Valve Type: Automatic Pressure Equalization
Padded ABS Handle
Pad Lock Loops
Case Contents
Embedded Dragan Eye™ Pro 5.8GHz Quad Diversity Wireless Video Receiver
Two 5.8 GHz Flat Patch Antennas for Wireless Video with Adjustable Mounts
One Internal and One External 5.8GHz Dipole Antenna for Wireless Video with SMA Mounts
One 2.4GHz Dipole Antenna for Telemetry with RPSMA Mount
Lithium Polymer Battery Power Supply (does not power computer)
Four Legs to Convert Case to Laptop Platform. Legs extend to 107cm
97. Wireless Video Receiver
Embedded Dragan Eye™ Pro 5.8GHz Quad Diversity Wireless Video Receiver
Integrated Telemetry Transceiver
Integrated Video Capture Device
Receivers: Quad
Frequency: 5.8GHz
Channels: 7 (5.740, 5.760, 5.780, 5.800, 5.820, 5.840, 5.860GHz)
Power Input: 13.5-16.8V DC
Power Connector: 2.1mm Barrel Jack
Power Supply: Lithium Polymer Battery
Antenna Connectors: 5 (3 External 5.8GHz SMA, 1 Internal 5.8GHz SMA, 1 External
2.4GHz RPSMA)
A/V Connectors: 2 3.5mm AV Jacks (Video + Stereo Audio)
LCD Display: Backlit by LED, 2x20 Characters, 6.1x1.5cm (2.4x0.6in)
Buttons: 3 (2 Navigation & 1 Power/Select)
Quad Antenna Activity LEDs
USB Mini-B Jack for embedded Telemetry Transceiver, & Video Capture Device
99. Dragan View Software Minimum Computer System Requirements
Operating System
Microsoft Windows XP SP3, or Vista or 7
CPU
Intel Core2, 1.8GHz, or AMD Athlon 64, 2.4GHz
Ram
1GB (Windows XP) &1.5GB (Windows Vista)
Free Hard Drive Space
1GB for the base install including prerequisites.
* Saving video, data logs, and flight databases will require additional space.
Video Card
NVidia Geforce 6200, or ATI Radeon 9550
Video Capture Device: Included with Wireless Video Base Station
DirectX Version: 9.0 or higher
NET Framework: Version 3.5 or higher
* Downloads automatically with our installer
Internet Connection: Required for software installation and updates. Not required for normal use
100. Tool Kit
Exterior Dimensions
Length: 23cm (9in)
Width: 15cm (6in)
Depth: 11cm (4.25in)
Interior Dimensions
Length: 20cm (7.9in)
Width: 12cm (4.7in)
Depth: 10cm (4in)
Weight
Empty Weight: 3.76kg (8.29lbs)
Full Weight: 7kg (15.4lbs) *Approximate
Case Information
Military Grade Underwater Kinetics™ Case
Color: Black with Transparent Lid
Latch Type: Clip Latch
Seal Type: O-Ring
Valve Type: Automatic Pressure Equalization
Holds
Rotor Removal Tool
Hex Drivers
Nut Driver
O-Rings
Fuses
Fasteners
102. Draganflyer Training
Requirements for Training
The following steps are required knowledge prior to training day:
• We suggest that you have a minimum of 2 hours of flight time with a small electric CO AXIAL helicopter
($99.95 USD) to familiarize yourself with the concepts of Roll, Pitch, Yaw and Throttle.
• We suggest that your follow our CO AXIAL helicopter training guide during your 2 hours of flight time.
Your Training Day Itinerary
Theory of flight
Safety & Documentation
Weather & Environment
Battery Care & Use
Transmitter Overview
Helicopter Overview
Setup & Calibration
Warnings Audible & Visual
Flight Training - Instructor/student guided flight, solo/student flight
Student Flight Test
103. Applications at a Glance
• Industrial applications
Construction Project Management Industrial Construction
The larger Draganflyer X8 also provides improved performance in the wind due to its larger size and weight. Using the offset layout of the rotors increases the thrust without increasing the size of the footprint, and naturally eliminates the loss of efficiency due to torque compensation.
The diversity unit intelligently switches between the two receivers in order to obtain the best signal.
The diversity unit intelligently switches between the two receivers in order to obtain the best signal.
Using the integrated trackball and directional control pad, you can navigate through the well thought out and consistent menu system to access all of the handheld GCS features.
Optional Back Pack Case –
Get Into Remote Places with the Draganflyer X8
Your Draganflyer X8 and equipment is in encased in this protective light weight foam. Using the PALS system a military grade load bearing back pack harness can be attached. This allows you to transport your Draganflyer X8 and other gear just by wearing the back pack and hiking into your location. Should that location have tall grass or a other wise unsuitable take off and landing spot simple lay the case down and use it as your helipad.