Standard version includes :

Carburetors with clamps, Fuel Pump
Air Filter, Gear Box, Electrical Equipment

 

Configuration

2 Cylinders 4-Stroke Engine
with Horizontally Opposed Cylinders
4 Valves per Cylinder

Bore~Stroke

85 mm~60 mm

Displacement

680 c.c.

Compression Ratio

11.3 : 1

Power Output

56hp(41kw) at 5800rpm (continuous)
60hp(44kw) at 6200rpm (3min./Take off)

Torque Max

7 kgm at 5000rpm

Max RPM

6200 RPM

Cylinders

Nickel Ceramic Composite Coated Cylinders

Pistons

PVD Coated Piston Rings

Valve Gap

Automatic Adjustment by Hydraulic Lifters

Camshaft

One Central Camshaft-Pushrods-OHV

Direction Of Rotation

Counter Clockwise
(Looking from pilot seat, tractor configuration)

Cooling

Air-Cooled Cylinders
Oil-Cooled Cylinder Heads

Lubrication

Dry Sump Forced Lubrication by Trochoid Pump,
Camshaft Driven (Pressure pump & scavenge pump equipped)

Ignition System

Dual CDI (Capacitive Discharge Ignition)

Generator Output

AC-12Volts 210Watts

Regulator/Rectifier

Three Phase Regulator

Starter

Electric Only

Spark plugs

DENSO IK24C11

Electrode spacing

1.1 mm

Fuel Consumption

Approx. 9 Liters/hour at 4750rpm

Reduction Gear

Integrated With Torsional Shock Absorption

TBO

800 hours (Expect higher TBO with fleet experience)

 

 

Integrated Reduction Gearbox

Gearbox type

Reduction Ratio

Maximum Inertia Limit

A-type

2.58

4,000kg/cm2

B-type

3.47

6,000kg/cm2

 

Weights

Engine

(Dry,With all Electrical Equipment,Electric
Starter,Carburetors and Gearbox)

49.1 kg

108 lbs.

Exhaust System

3.2 kg

7 lbs.

Oil Tank & Cooler

2.7 kg

6 lbs.

Totals

55.0 kg

121 lbs.


WARNING! This is a non-certified aircraft engine, the possibility of
engine failure exists at all times. Do not operate this
engine over densely populated areas. Do not operate this engine over
terrain where a safe, power off landing cannot be performed.
The operating and maintenance instructions supplied with this engine
must be followed at all times. Flying any aircraft involves the risk of
injury or death, building and maintaining your own aircraft requires
great personal responsibility.