Your Cart: £0.00

Spend £100.00 more for free shipping!

View Cart and Checkout
eTronix Photon 2.0 60 AMP Brushless System with 9.0R Motor

eTronix Photon 2.0 60 AMP Brushless System with 9.0R Motor

Brand: eTronix

Part No: ET0405


SORRY, THIS ITEM IS DISCONTINUED AND NO LONGER AVAILABLE.


Why not contact our team to see if an alternative is available?
The convenience and performance of brushless technology is available for everyone with the Photon Sensorless system from Etronix. Simple to set-up and with a range of sensible KV rated motors for most r/c car applications and abilities the Photon is the ideal brushless start-up package or upgrade from a stock brushed set-up.

The 60amp rated speed controller is compatible with either NiMH 6 cells as well as up to 2-3 cell LiPo or LiFe cells. In addition it features automatic cut-off, auto neutral setting, auto cell system, advanced software, temperature protection and a fail safe mode.

A simple to use programming card is included for further fine tuning of the ESC to your specific requirements. Reverse settings can be adjusted from disable function through to varying power bias. Starting power can be adjusted for standard, low, middle or high acceleration modes, along with drag braking where four levels of settings are also available.

Photon 2.0 SBS Spec Check:
  • Input: NiMH 6 cells & LiPO 2-3 cells & LiFe 2-3 cells
  • Output: Max 360 Watt, 54A at 54°C, 45A at 75°C, Peak 240A
  • Motor support: KV
  • BEC: 5V / 2A
  • Net weight: 72g
  • Dimension: 48x33x29mm



  • Brand: eTronix
  • Part No: ET0405
  • Barcode: 5055323952128
Standard Shipping

£3.95 to most of the UK

Express Shipping

£6.95 to most of the UK

Worldwide Shipping

Available at checkout

Reviews
No specific product reviews yet, why not write one?
WRITE A REVIEW
All reviews are subject to moderation
No questions yet, why not ask one?
ASK A QUESTION
Get early access to deals and new arrivals.
Use this form to ask us a quick one sentence question about this specific product. Do not enter anything you would not like displayed on our site.

For more in depth queries, please contact us.