GPM GP028 6cell Alloy Battery Stopper Plate Heat Sink - Precision Engineering Edition  [GP028]

6cell Alloy Battery Stopper Plate Heat Sink - GPM GP028
Price:
USD$7.20
Brand:
GPM
Model:
GP028
GTIN:
4894538070316
Condition:
Brand New
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alt="6cell Alloy Battery Stopper Plate Heat Sink - GPM GP028" title="6cell Alloy Battery Stopper Plate Heat Sink - GPM GP028"
alt="6cell Alloy Battery Stopper Plate Heat Sink - GPM GP028" title="6cell Alloy Battery Stopper Plate Heat Sink - GPM GP028"
alt="6cell Alloy Battery Stopper Plate Heat Sink - GPM GP028" title="6cell Alloy Battery Stopper Plate Heat Sink - GPM GP028"

Precision Engineered Battery Cooling Plate

The GPM GP028 6cell Alloy Battery Stopper Plate Heat Sink is constructed from a high quality aluminium alloy and designed with thermal management and structural rigidity in mind. It provides an even contact surface to spread heat away from battery cells and adds a sturdy, reliable mounting platform for secure pack retention under heavy load.

Technical Highlights

  • High quality aluminium alloy for effective thermal conduction and durability
  • Engineered geometry for stable battery positioning and minimal weight penalty
  • Durable finish that resists common wear from installation and use
  • Designed for accurate alignment with common chassis mounting points

Compatible Models

  • Traxxas X-Maxx
  • Slash
  • Rustler

How does plate geometry affect cooling?

A broad, flat contact area maximises surface conduction from the pack to the plate, and the plate then radiates heat into ambient air. Stable contact and minimal gaps improve overall thermal transfer.

Is the material chosen for strength or thermal performance?

The aluminium alloy balances both thermal conductivity and mechanical strength to provide an effective heat spreader that also secures the battery and resists deformation under load.

What installation checks should I perform?

Confirm clearance around your pack, ensure mounting points align, and verify that straps or padding maintain consistent contact across the plate surface for optimal thermal performance.