EBMX X-9000 Motor Controller Heat Sink version 1

EBMX X‑9000 Motor Controller Heat Sink Version 1

Maximize Cooling. Safeguard Performance. Ride Longer.

Elevate your ebike’s reliability and performance with the EBMX X‑9000 Motor Controller Heat Sink Version 1. This heatsink enhances thermal management by expanding cooling surface area, aiding heat dispersion under high loads, and helping maintain stable controller temperatures during sustained use.

🛠 Key Features & Benefits

• Premium Thermal Aluminum Alloy — Machined from high-conductivity aluminum to effectively draw heat away from controller internals.

• Optimized Fin Design — Strategically spaced fins increase airflow and boost passive cooling efficiency.

• Bolt-On Fit — Designed for plug-in installation onto the Version 1 housing of the EBMX X‑9000 controller — no major modifications needed.

• Anodized Finish & Color Options — Tough, fade-resistant surface offered in multiple colors to match your bike aesthetic.

• Durability Under Stress — Built to resist vibration, corrosion, and the rigors of trail and street riding.

• Reduces Thermal Throttling — Helps the controller maintain performance under heavy demand by improving heat evacuation.

🔧 Compatibility

This heat sink is specifically compatible with Version 1 of the EBMX X‑9000 controller, and works with these bikes when they use that controller version:

• SurRon Light Bee

• Talaria Sting Offroad (TL3000)

• Talaria Sting R (TL4000)

It is not compatible with Version 2 or newer controller housings or other controller brands.

📦 What’s Included

• 1 × Heat Sink (Version 1)

• Mounting hardware (screws, spacers)

• Installation instructions

⚠️ Installation & Notes

• Confirm that your controller is Version 1 (often indicated by the original EBMX logo) before ordering.

• Clean mating surfaces and torque fasteners properly—do not overtighten to avoid stressing the controller case.

• Good airflow and proper cable routing still matter; this heatsink is a performance aid, not a substitute for ventilation.

• This upgrade helps under high load conditions but does not eliminate all risks of thermal overshoot if other system components are undersized.