The Uni-Mod is an opposed piston, two-cycle, "crankless" engine comprised of 2 combustion chambers with 2 pistons per chamber. Internal combustion explosions impact against a lever arm extracting as much energy as possible. This mechanical energy is directly converted into fluid power. During engine operation all moving parts on one side of the front and rear fulcrums move simultaneously away from each other as all moving parts on the opposite side move towards each other. This provides a perfectly balanced combustion sequence.
A built in super-charger provides air input and unlike most 2-cycles the Uni-Mod engine has what we call “perfect scavenging”. Input air-fuel mixtures are forced up against the exhaust gases in a manner that does not allow the new air-fuel mixture to go out the exhaust ports. The Uni-Mod operates at a constant speed and does not idle. This maximizes overall efficiency and keeps the air-fuel mixture controlled, reducing harmful emissions. Our current Uni-Mod design is sized to produce roughly 40 HP.
The Uni-Mod Engine has a variable compression ratio that allows for the burning of liquid or gaseous fuels.
Hydraulic fluid output is variable in pressure and volume, eliminating the need for complicated mechanical transmissions.
The Uni-Mod can be integrated into various types of systems, including electricity production, HVAC, and the power-train for machines and vehicles.
All components and operating fluids that make up a Uni-Mod engine are contained in standard shaped modular cases. Modules are plugged into "hydraulic bus-bars". A Uni-Mod operates solo or in parallel with as many modules needed. A Uni-Mod module can be easily swapped out of a system for service. This significantly reduces down time and makes for a very "mechanic friendly" machine.