This document presents design specifications and performance metrics for various vehicle types including transport cars, race cars, bikes, trucks, mono-rails, ships, and ferries. It shows how new designs can achieve significant reductions in fuel consumption and carbon emissions compared to normal designs. For example, a new 2 ton transport car design can achieve 200 kmph speed on 100 HP using only 1/3 the fuel and reducing CO2 emissions by 33% compared to normal designs.

1. 2 T CAR DESIGN 33 % FUEL, 60 kmpl
DOUBLE SPEED,1/3 FUEL FOR SAME TON-HP.CO2E 33 %
50 % HP,1/6 FUEL FOR SAME TON-KMPH.CO2E 16.5 %
TRANSPORT CAR 2 T DESIGN
AUTOMOTIVE, MONO RAIL, SHIP, FERRY, VLCC
Design Ton Speed HP Vol.cc Fuel/h kmpl Co2e CER Cost$
Normal 2 100 100 1800 10 10 167 -- 15,000
AB 2 200 100 1800 10 20 167 -- 18,000
FWD 2 250 100 1800 10 25 167 -- 20,000
1 2 200 100 600 10/3 60 55 111 14,000
2 2 100 50 300 5/3 60 28 138 15,000
3 4 100 100 600 10/3 30 55 111 20,000
FWD 2 250 100 600 10/3 75 55 111 20,000
SAX 2 250 100 600 3.3 75 55.7 111 15,000
NANO 0.6 120 33 200 1 120 16.7 75.3 3000
A300 1.0 200 50 300 1.5 133 25 50 5000

2. RACE CAR DESIGN 33 % FUEL, 600 kmph.
DOUBLE SPEED,1/3 FUEL FOR SAME TON-HP.CO2E 33 %
50 % HP,1/6 FUEL FOR SAME TON-KMPH.CO2E 16.5 %
F1Nor 0.6 300 800 2400 90 3.33 142kg/h -- 300k$
F1Ady 0.6 600 1600 2400 30 20 24 “ 118 400k$
SIMILAR DESIGN for BIKE - 360 kmpl; 20 T Truck – 30 kmpl
NEW DESIGN for MONO-RAIL 600 kmph,
LAND ROVING SEA CRAFT,600 kmph/ 330 kn.
NEW DESIGN for SHIP, FERRY, VLCC 330, 660 knots
M A APPAN, M E, 45 Yrs EXPERT