Key Features & Benefits – JE Pistons Lada forged piston set 84 mm bore / 20 mm pin (2000 cc)
JE Pistons Lada forged piston set 84 mm bore / 20 mm pin (2000 cc) made from 2618 aluminium for performance-focused engine builds. Functional compatibility anchor: it is used in 2000 cc builds with an 88 mm LLRacing Lada forged crankshaft and 146 mm forged connecting rods.
The set features a 24 mm compression height, a 1.0–1.2–2.8 mm ring layout and friction-reducing grooves to support consistent operation under load. Optional features include 3D crown undercut, a gapless ring set, skirt coating and custom piston manufacturing.
When is this useful?
If you are building a 2000 cc Lada engine around an 84 mm finished bore, this piston set gives you a defined pin size, ring pack and compression height to plan the full rotating assembly and clearances.
Technical specs
- Application: 2000 cc engine builds
- Bore: 84 mm
- Wrist pin: 20 mm
- Compression height: 24 mm
- Piston weight: 258 g
- Ring layout: 1.0 mm – 1.2 mm – 2.8 mm
- Material: 2618 aluminium
- Design: Friction-reducing grooves
- Compatibility anchor: 88 mm LLRacing Lada forged crankshaft, 146 mm forged connecting rods
- Options: 3D crown undercut, gapless ring set, skirt coating, custom piston
Selection & installation tips
- Bore finish: Confirm the block is machined to an 84 mm finished bore and the hone finish suits the ring set you plan to use.
- Pin & rod small end: Verify the 20 mm pin and connecting rod small-end fit, including your intended pin retention method.
- Deck height planning: Use the 24 mm compression height together with stroke and rod length to check piston position and your target build geometry.
- Ring pack matching: Choose rings that match the 1.0–1.2–2.8 mm layout, then set ring end gaps during assembly.
- Balancing: Consider the 258 g piston weight together with pins, rings and rods when balancing the rotating assembly.
Before final assembly, verify finished bore size, pin diameter, compression height, ring layout and the planned crankshaft–rod combination, then compare them to the technical specs listed above.
