Spacerolls is a deep tech startup focused on the development of axial flow compressor technology for gas turbine jet engines, with the aim of enhancing their fuel efficiency. As a company dedicated to providing pure technology solutions, we are committed to innovating and transforming the future of the aerospace industry through efficient applications.
2. Spacerolls is the first deep tech startup to develop axial flow compressor technology for gas turbine jet
engines making them fuel-efficient. We are a pure technology solutions committed company innovating
and transforming the future of the aerospace industry through efficient applications.
To propose sustainable
technologies for the future of
aviation.
DPIIT Certificate No: DIPP96686
MSME UDYAM No: UDYAM-KR-03-0157267
Patented Technology: Blading System For Axial
Compressors - Axially Opposing Base Merged Double
Triangular Prism (All the claims were satisfied by the Patent
Cooperation Treaty)
Patent Application No: 202241043132
What we do!
Company vision Certifications
3. Problem statement
Problem 1
Fuel efficiency of aero
engines
Problem 2
High thrust-by-engine
weight
Problem 3
Carbonization such as
CO2 emissions
6. IPR secured novel & industrially applicable product
Benefits of the products: Low acoustics & vibrations, lower aerodynamic heat generation, and lower stress
over the components
Advantages: Higher life expectancy and reliability, less energy consumption enhances the overall performance
of the compressor
Product name - Axially Opposing Base Merged double triangular Prism (ABMP)
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7. Target Market & Customer Segment
Aerospace Engine Manufacturers such as General Electrics Aviation, Rolls
royce, CFM International.
Aerospace
Organizations in
aviation, space
and defense
Customer Need - Decarbonization in the aviation industry
Customer Want - Disruptive technologies to achieve net zero carbon emissions
Spacerolls is striving to increase engine performance and overall efficiency of the
axial flow compressor, with the goal of disrupting the aerospace industry.
9. Business model & Go to Market strategy
B2B by acting as a partnership company & technology licensors
Strategy to implement MVP in the market with the support of customers
forming an alliance partnership
Licensing fee - Based on value added by the technology & predetermined
cost structure based on sales
10. Current stage we're in!
Research & development of technology - TRL 4
Proof of concept developed for feasibility check is validated
Optimization & demonstration of technology is yet to be done
Prototyping of MVP & testing in real life environment by 2025
11. A thorough parametric study was carried out using the NASA Stage 67 benchmark
reference model to ensure that the proposed design (stators with our exclusive blade
architecture and ABMP device) was feasible.
Based on numerical studies, it has been found that the proposed design with the ABMP
product is highly promising for replacing the current technology of axial flow
compressor stators and rotors.
The parametric such as total pressure, static pressure, compressor inlet velocity, and outlet
velocity were studied through simulation, and we can increase overall pressure by around
11% to 30% over current technology, which is a breakthrough and a potential
advancement in the field of aeronautics and fluid dynamics.
Takeaway from POC
12. Regional participant in Boeing BUILD 2.0 boot camp
Incubated in Codissia Defence & Innovation & Atal Incubation Centre CDIIC - Coimbatore
Incubated in Crescent Innovation & Incubation Council (CIIC) - Chennai
Part of iTNT - India’s First Emerging Deep Tech Innovation Network
T r a c t i o n g a i n e d