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Engineer Working on Machinery

Single-Stroke Engines

Our technology is able to reduce GHG pollution (CO2) by a third using today’s globally available as-built infrastructure, while costing less than half of existing comparable engines (4-stroke)

Single-Stroke Engine Characteristics:

Compared to top-line automotive gasoline fuelled internal combustion engines used today.

Single-Stroke Engine Operation Animation

Innovative approach of the Internal Combustion with a few revolutionary solutions

Efficiency

Is 70% more efficient
– reduced fuel usage

Light and Powerful

Same power at 80% less weight – 500% improvement

Emissions

Produces 80% fewer pollutants and 33% less GHG’s
– clean engine

Simple

Has 90% fewer parts
– reduced complexity and improved reliability

Cost

Has 50% less cost to build,
and 33% less cost to run
– competitively priced

Alternate fuels

Designed to operate on Hydrogen and other bio fuels
– transitional technology

DUAL CHAMBER

firing in a single cylinder
– every stroke is the power stroke

QUIETER PERFORMANCE

2 Cylinder Boxer
– very good NVH

SIMPLY ASPIRATED

Direct injection
– no valves and no camshaft

RECOVERED HEATLOSS

Generated Heat is Harvested and Converted to MOTION FORCE

AXIAL ACTION

No eccentric loading on the sidewall of the cylinder

INNOVATIVE CRANKSHAFT

Innovative OPPOSINGLY ROTATING CRANK-SHAFT

Our Single-Stroke Engine Prototypes

SS-GEN1 Mk3

AMP SS-2B 200 CC A

Our latest build of the Single-Stroke Engine GEN1 has smaller displacement and is ultra-lightweight for applications in UAVs and other smaller special-purpose crafts.

The engine is entering the optimization stage.

SS-GEN1 Mk2 DCRC

AMP SS-2B 560 CC A DCRC

This version of the Single-Stroke Engine has a unique design with two Dual Counter Rotating Crankshafts (DRDC) on opposite sides and cylinders that are fitted in the center of the engine.
Specific design for use in UAVs and VTOLS.