As one of the main series of T-Motor, U series motors have always been outstanding in the industrial field, and U8II motors are one of the best-selling models of T-Motor. It is an upgraded version of the U8 motor, the overall efficiency has been increased by 15%, and the maximum pulling force has reached 7.3kg. Another advantage of it is that the IP rating has reached 55, which can effectively prevent foreign matter such as sand and gravel, and can be applied in most complex industrial environments!
There are four versions of U8II motors: KV85/KV100/KV150/KV190, and for different versions of U8II motors, T-Motor has corresponding batteries to recommend.
When the U8II KV85 motor is used on a quadcopter drone, you can choose to use two Ares 6S 16Ah batteries (only 1.55kg per battery) in series. The recommended totally take-off weight is 9-12kg and the flight time can reach 1 hour in the continuous working state (50% throttle point).
The Max. thrust per motor is 9.6kg and the quadcopter drone can reach a maximum total take-off weight of 28.5kg.
When the U8II KV190 motor is used on a coaxial quadcopter drone, you can choose to use two Ares 6S 22Ah batteries (only 1.98kg per battery) in parallel. The recommended totally take-off weight is 17-22kg and the flight time can reach 30mins hour in the continuous working state (50% throttle point). The Max. thrust per coaxial propulsion is 11.7kg and the X8 can reach a maximum total take-off weight of 28.5kg.
Antigravity series motors are a very outstanding series in T-Motor. The characteristics of this series are light weight, high efficiency and long flight time! The Antigravity MN6007II is a very popular one in this series. It is an upgraded version of Antigravity MN6007, on the basis of Antigravity MN6007, it improves the efficiency!
When the Antigravity MN6007II KV160 motor is used on a quadcopter drone, you can choose to use two Ares 6S 22Ah batteries (only 1.98kg per battery) in series. The recommended totally take-off weight is 10-12kg and the flight time can reach 50moins in the continuous working state (50% throttle point). The Max. thrust per motor is 6.5 kg and the quadcopter drone can reach a maximum total take-off weight of 25.6kg.
MN series motors are designed with both heat dissipation and IP ratings. For example, the best-selling MN501-S motor has a good heat dissipation effect and an IP rating of 45, which can be used in most scenarios!
When the MN501-S KV240 motor is used on a quadcopter drone, you can choose to use two Ares 6S 22Ah batteries (only 1.98kg per battery) in series. The recommended totally take-off weight is 5-7kg and the flight time can reach 1 hour in the continuous working state (50% throttle point).
The Max. thrust per motor is 4.2kg and the quadcopter drone can reach a maximum total take-off weight of 16.7kg.
When the MN501-S KV360 motor is used on a coaxial quadcopter drone, you can choose to use two Ares 6S 30Ah batteries (only 2.57kg per battery) in parallel. The recommended totally take-off weight is 9-16kg and the flight time can reach 50mins hour in the continuous working state (50% throttle point). The Max. thrust per motor is 7.36kg and the quadcopter drone can reach a maximum total take-off weight of 29.76 kg.
Note: The above flight time takes into account the remaining 20% power as a safety redundancy for the battery, and allows the motor to run safely when using the maximum throttle.
Regarding that there are many complicated flying environments, many customers needs more professional suggestions for torque, IP Grade and efficiency etc.
For more professional instructions and esc+propeller selections, pls be free to contact.
Sent questions to the below website
https://t-drones.com/article.php?id=277
Or contact:
Email: nicole@tmotor.com
Whatsapp: 0086 139 7084 1271
Replies