OHV Slant Cylinder          > Print chart
13.5HP / EH41
   Performance Curve:
Performance Curve
Performance Curve

Engine Overview:
EH41 13.5 HP Description

Engine Family Overview:
Designed for high performance in medium- to heavy-duty applications, Subaru's overhead valve slant cylinder industrial engines provide exceptional reliability for professional use. With horsepower ratings of 11.5 and 13.5, the EH36 and EH41 work well in a wide range of applications and offer high performance, easy starts and maximum durability.

  Class Overhead Valve Slant Cylinder
  Shaft Horizontal
  Cylinders 1
  Displacement 404
  Cycles 4
  Fuel Gasoline
  Max HP/RPM (Gross HP) 13.5/3600
  Max KW/RPM 9.9/3600
  Max Nm/RPM 28.4/2500
  Bore x Stroke mm 89 x 65
  Compression Ratio 8.3:1
  Starter Recoil & Electric
  Dry Weight lbs 68
  Dry Weight kg 31
  Length inches (mm) 389
  Width inches (mm) 431
  Height inches (mm) 433
  Fuel Capicity US Gallons (ltrs) 1.85
  Fuel Capacity Fl oz (ltrs) 7
  Oil Capicity Fl oz (ltrs) 40.56
   Key Features & Benefits:
Aluminum Alloy Block Aluminum alloy block with cast-iron cylinder liner provides enhanced durability for long engine life.
Automatic Decompression System Automatic decompression system ensures quick and easy one-pull starting.
Forged Steel Crankshaft Forged steel crankshaft with dual ball bearing support provides optimum reliability in virtually any application.
HotSpark┬« Electronic Ignition HotSpark® electronic ignition features automatic timing adjustment to enhance starting ease and engine performance.
Low Noise Muffler Low noise, rust-resistant muffler ensures quiet application and durable design.
Splash-Type Lubrication System Splash-type lubrication system and large-capacity air cleaner with dual elements enhance engine reliability.
Unique Balancer System Unique balancer system rotates at the same speed as the crankshaft to offset unbalanced forces and ensure smooth performance.
Three-Year Limited Warranty Subaru provides a three-year limited warranty. See warranty policy for details.
   Dimensional Diagram: