Fastrax 1:8 Aluminium Motor Heatsink Fan Unit - FAST36-6
This Fastrax 1:8 Aluminium Motor Heatsink Fan Unit is designed to provide effective cooling for yo...This Fastrax 1:8 Aluminium Motor Heatsink Fan Unit is designed to provide effective cooling for your motor. Compatible with various RC models, this heatsink fan unit ensures optimal performance and longevity for your 1:8 scale vehicles. The durable aluminium construction offers efficient heat dissipation. Part number FAST36-6.
Fastrax 1:8 Aluminium Motor Heatsink Fan Unit FAST36-6Free delivery in 1–3 days£13.95Visit shop →
Product Information
Full details
This Fastrax 1:8 Aluminium Motor Heatsink Fan Unit is designed for RC enthusiasts looking to improve motor performance and extend its lifespan. Its key benefit is efficient heat dissipation, preventing overheating during demanding use. A potential consideration is ensuring compatibility with your specific 1:8 scale RC vehicle model. This unit features durable aluminium construction and an integrated fan for active cooling.
All features
Series
1:8
Model Part Number
FAST36-6
Brand
Fastrax
Extended Product Information
FAQs
What scale RC vehicles is this heatsink fan unit designed for?
This unit is specifically designed for 1:8 scale RC vehicles.
What material is the heatsink made from?
The heatsink is constructed from durable aluminium.
Does the fan require a separate battery?
Typically, the fan connects to your Electronic Speed Controller (ESC) or receiver for power. Check your ESC/receiver manual for available fan ports.
How do I clean the heatsink and fan?
You can use compressed air to blow away dust and debris from the fins and fan blades. A soft brush can also be used. Ensure the unit is disconnected from power before cleaning.
Will this fit any 1:8 scale motor?
It is designed for common 1:8 scale motor sizes, but it's always best to check the dimensions and mounting compatibility with your specific motor before purchasing.
What is the primary benefit of using this unit?
The primary benefit is to effectively dissipate heat from the motor, preventing overheating, maintaining performance, and extending the motor's lifespan.
Troubleshooting
Fan not spinning
Check the fan's wire connection to the ESC or receiver. Ensure it is plugged into the correct port and that the voltage is sufficient. Verify that the fan itself is not obstructed by debris.
Motor still overheating
Ensure the heatsink is securely mounted and making good contact with the motor. Clean any debris from the heatsink fins and fan. Verify the fan is operational. Consider upgrading to a more powerful fan or a larger heatsink if your motor is consistently under extreme load.
Heatsink loose on motor
Tighten the mounting screws securing the heatsink to the motor. Ensure that the heatsink is flush against the motor casing for optimal heat transfer.
Pros and Cons
Pros
Provides effective motor cooling
Durable aluminium construction
Helps prevent motor overheating
Contributes to extended motor life
Aids in maintaining consistent performance
Cons
Requires adequate space for mounting
Adds slight weight to the vehicle
Fan may require a separate power source or connection
Compatibility is specific to 1:8 scale motors
Setup, Compatibility & Care
Setup:
Ensure the motor is cool before installation.
Identify the motor mounting points compatible with the heatsink.
Securely attach the heatsink unit to the motor body using appropriate screws (often included or using existing motor screws).
Connect the fan's power lead to a suitable power source on your Electronic Speed Controller (ESC) or receiver, following the manufacturer's recommendations for voltage.
Compatibility:
This unit is designed for 1:8 scale RC vehicle motors.
Verify that the motor diameter and mounting points are compatible with the heatsink dimensions before purchase.
Care:
Regularly clean the heatsink fins and fan blades to remove dirt, dust, and debris. Compressed air or a soft brush works well.
Check that the fan spins freely and is not obstructed.
Inspect the mounting screws periodically to ensure they remain tight.