Built with high-quality components and coupled with cutting-edge firmware, the MAX10 is able to deliver unmatched power and performance for even the most extreme racing applications, but it is also responsive enough to protect itself from damage due to overloading due to physical abuse, overuse or even human error.
 
The MAX10 features an electronic switch with a lifespan of over 50000 on/off cycles, housed in a completely waterproof, dust-proof and shock-resistant design.
 
The waterproof and dust-proof design allows the MAX10 to be used in all weather conditions without any issue of damage caused to the ESC from water or dust.
 
The built-in switch mode BEC with a maximum output of 6A and voltage adjustable between 6V and 7.4V allows the use of various high voltage servos.
 
When pairing the MAX10 with a Hobbywing matching motor (i.e. EzRun 3652/3660 G2 motor), the temperature sensor cable on the ESC will monitor the motor temperature and protect the motor from irreversible damage due to overheating in real time.
 
Hobbywing EzRun MAX10 ESC Features:
 
Capacitor Thermal Protection
High Reliability & Durability
Super Internal BEC
Applicable to All Weather Conditions
Advanced and Secure Electronic Switch
Regular Firmware Updates
 
The HobbyWing EzRun 3652 G2 motor features an Innovative 4-pole-8-magnet "staggered pole" rotor (Hobbywing-patented). It has low cogging effect and torque pulsation for improved control feel around corners. The built-in temperature sensor and sensor port protect the motor from damage due to overheating when pairing with an EzRun Max10/Max10 SCT ESC.
 
HobbyWing EzRun 3652 G2 5400KV SL Motor Features:
 
Innovative 4-pole-8-magnet "staggered pole" rotor
Built-in temperature sensor and sensor port
O-ring seal fitted between the front end bell and motor case
Special design motor case (the end attaches to the front end bell) isolates inner coils from outside to protect winding from being damaged by overlong screws
Special technology for temperature control for less heat and more efficiency (efficiency rate of up to 90%)
CNC machined aluminium housing, high purity copper windings and advanced rotor structure
Rebuild-able design for easy routine maintenance