#112609 Savage XL Flux

Controlling the Flux 2200 motor is the Flux ELH-6S electronic
speed controller, the most powerful brushless speed controller we
could fit in the Savage XL FLUX. With the ability to handle twin 3S
LiPo batteries (that’s a total of 6S LiPo power!) it can deal with
anything the Flux 2200 motor can dish out! 6.5mm bullet connectors
secure the motor wires for loss-free connection to the 12-gauge
wires, and to connect to each battery pack we’ve attached two real
Dean’s connectors for zero power loss and total efficiency. We
figured why re-invent the wheel and release our own connector when
the best is already available? Topping off the versatility of the
speedo (literally) is an integrated cooling fan, which allows the
speedo to operate at its ideal temperature.

Input voltage: MIN 2s LiPo, MAX 6s LiPo
Max continuous amperage: 150A (full throttle continuous operation
with cooling airflow)
BEC specifications: 6V/3A Switching BEC
Brake: Proportional
Reversible: Yes – with lockout
Size: L 59.5mm (2.34″), W 48mm (1.89″), H 42mm
(1.65″)
Weight: 178 g (6.28 oz)

Finally, you have the ability to easily connect it to your
computer for total programming control! With our #101856 Flux Reload ESC Program Box you
can connect the ELH-6S to any Windows-based PC to control all
the various facets of its power delivery, braking, throttle curves,
battery cut-off and much more. You can also save various profiles
to have profiles for racing, insane speed runs, stunts, fun running
and more.

Motor and Battery Combinations 
The Flux Tork Brushless Motors requires very powerful batteries to
get the most out of them – please make sure that you use the right
combination! HPI highly recommend the use of LiPo
batteries above 4000mAh and 25C. Using batteries with
lower ratings, or the use of lower quality LiPo batteries, may
cause damage to battery and/or speed control. Using batteries below
the specified ratings may void the warranty of the speed controller
and/or batteries. The term Kv refers to the number of RPMs that the
motors will try to deliver per volt applied, and is a standard term
for brushless motor power.