Diameter: 35.9mm Length: 50.3mm Shaft Diameter: 3.15mm Weight: 160-170g Cells: 1-2S LiPo CNC-machined lightweight can Aluminum end cap Lightweight design Low-resistance, silver-plated solder tabs Optimized air cooling Dual precision ball bearings Balanced rotor High-strength magnet Adjustable timing Completely rebuildable Competition proven Built to ROAR/EFRA/IFMAR specs

Diameter: 35.9mm Length: 50.3mm Shaft Diameter: 3.15mm Weight: 160-170g Cells: 1-2S LiPo CNC-machined lightweight can Aluminum end cap Lightweight design Low-resistance, silver-plated solder tabs Optimized air cooling Dual precision ball bearings Balanced rotor High-strength magnet Adjustable timing Completely rebuildable Competition proven Built to ROAR/EFRA/IFMAR specs

Diameter: 35.9mm Length: 50.3mm Shaft Diameter: 3.15mm Weight: 160-170g Cells: 1-2S LiPo CNC-machined lightweight can Aluminum end cap Lightweight design Low-resistance, silver-plated solder tabs Optimized air cooling Dual precision ball bearings Balanced rotor High-strength magnet Adjustable timing Completely rebuildable Competition proven Built to ROAR/EFRA/IFMAR specs

Diameter: 35.9mm Length: 50.3mm Shaft Diameter: 3.15mm Weight: 160-170g Cells: 1-2S LiPo CNC-machined lightweight can Aluminum end cap Lightweight design Low-resistance, silver-plated solder tabs Optimized air cooling Dual precision ball bearings Balanced rotor High-strength magnet Adjustable timing Completely rebuildable Competition proven Built to ROAR/EFRA/IFMAR specs

Diameter: 35.9mm Length: 50.3mm Shaft Diameter: 3.15mm Weight: 160-170g Cells: 1-2S LiPo CNC-machined lightweight can Aluminum end cap Lightweight design Low-resistance, silver-plated solder tabs Optimized air cooling Dual precision ball bearings Balanced rotor High-strength magnet Adjustable timing Completely rebuildable Competition proven Built to ROAR/EFRA/IFMAR specs

Diameter: 35.9mm Length: 52.5mm Shaft Diameter: 3.15mm Weight: 147-151g Cells: 1-2S LiPo CNC-machined lightweight can Aluminum end cap Lightweight design Optimized air cooling Dual precision ball bearings Balanced rotor High-strength magnet

Diameter: 35.9mm Length: 52.5mm Shaft Diameter: 3.15mm Weight: 147-151g Cells: 1-2S LiPo CNC-machined lightweight can Aluminum end cap Lightweight design Optimized air cooling Dual precision ball bearings Balanced rotor High-strength magnet

Diameter: 35.9mm Length: 52.5mm Shaft Diameter: 3.15mm Weight: 147-151g Cells: 1-2S LiPo CNC-machined lightweight can Aluminum end cap Lightweight design Optimized air cooling Dual precision ball bearings Balanced rotor High-strength magnet

Brushless Combo for 1/10 cars! 60A ESC - for 2-3S operating voltage 3000kV Motor (3652 - 3.175mm shaft) TIPP: The programming card R01269 is not included - but highly recommended!

RP540 3.5T Sensor Brushless Motor

RP540 4.0T Sensor Brushless Motor

RP540 4.5T Sensor Brushless Motor

RP540 5.0T Sensor Brushless Motor

RP540 5.5T Sensor Brushless Motor

RP540 6.5T Sensor Brushless Motor

RP540 7.0T Sensor Brushless Motor

RP540 8.0T Sensor Brushless Motor

RP540 9.5T Sensor Brushless Motor

RP540 13.5T Sensor Brushless Motor

Fixed-Timing Endbell for RP540 Brushless Motors

Shims for RP540 Brushless Motors

Rear Endbell for RP540 Brushless Motors

RP540 10.5T Sensor Brushless Motor

RP540 13.5T Sensor Brushless Motor

RP540 17.5T Sensor Brushless Motor

RP540 21.5T Sensor Brushless Motor

Next in line is the new RP542 range of high-performance brushless motors. After many hours of testing, research and development, many evolutionary steps have been made in many fields. Stack design has been revised to improve driveability, and a new high-precision sensor is used to increase performance and efficiency. The design team has gone to lengths to lower operational...

Next in line is the new RP542 range of high-performance brushless motors. After many hours of testing, research and development, many evolutionary steps have been made in many fields. Stack design has been revised to improve driveability, and a new high-precision sensor is used to increase performance and efficiency. The design team has gone to lengths to lower operational...

Next in line is the new RP542 range of high-performance brushless motors. After many hours of testing, research and development, many evolutionary steps have been made in many fields. Stack design has been revised to improve driveability, and a new high-precision sensor is used to increase performance and efficiency. The design team has gone to lengths to lower operational...

Next in line is the new RP542 range of high-performance brushless motors. After many hours of testing, research and development, many evolutionary steps have been made in many fields. Stack design has been revised to improve driveability, and a new high-precision sensor is used to increase performance and efficiency. The design team has gone to lengths to lower operational...

Next in line is the new RP542 range of high-performance brushless motors. After many hours of testing, research and development, many evolutionary steps have been made in many fields. Stack design has been revised to improve driveability, and a new high-precision sensor is used to increase performance and efficiency. The design team has gone to lengths to lower operational...

Next in line is the new RP542 range of high-performance brushless motors. After many hours of testing, research and development, many evolutionary steps have been made in many fields. Stack design has been revised to improve driveability, and a new high-precision sensor is used to increase performance and efficiency. The design team has gone to lengths to lower operational...

Next in line is the new RP542 range of high-performance brushless motors. After many hours of testing, research and development, many evolutionary steps have been made in many fields. Stack design has been revised to improve driveability, and a new high-precision sensor is used to increase performance and efficiency. The design team has gone to lengths to lower operational...

Next in line is the new RP542 range of high-performance brushless motors. After many hours of testing, research and development, many evolutionary steps have been made in many fields. Stack design has been revised to improve driveability, and a new high-precision sensor is used to increase performance and efficiency. The design team has gone to lengths to lower operational...

Next in line is the new RP542 range of high-performance brushless motors. After many hours of testing, research and development, many evolutionary steps have been made in many fields. Stack design has been revised to improve driveability, and a new high-precision sensor is used to increase performance and efficiency. The design team has gone to lengths to lower operational...

Next in line is the new RP542 range of high-performance brushless motors. After many hours of testing, research and development, many evolutionary steps have been made in many fields. Stack design has been revised to improve driveability, and a new high-precision sensor is used to increase performance and efficiency. The design team has gone to lengths to lower operational...

Building on the successful RP542 platform, the RP543 has been further developed to deliver maximum performance, efficiency, and control on the track. A newly designed stator improves the power delivery and response, while the high-precision sensor unit ensures accurate throttle control and smooth operation. Special attention was given to reducing operating temperatures....

Building on the successful RP542 platform, the RP543 has been further developed to deliver maximum performance, efficiency, and control on the track. A newly designed stator improves the power delivery and response, while the high-precision sensor unit ensures accurate throttle control and smooth operation. Special attention was given to reducing operating temperatures....

Building on the successful RP542 platform, the RP543 has been further developed to deliver maximum performance, efficiency, and control on the track. A newly designed stator improves the power delivery and response, while the high-precision sensor unit ensures accurate throttle control and smooth operation. Special attention was given to reducing operating temperatures....

Building on the successful RP542 platform, the RP543 has been further developed to deliver maximum performance, efficiency, and control on the track. A newly designed stator improves the power delivery and response, while the high-precision sensor unit ensures accurate throttle control and smooth operation. Special attention was given to reducing operating temperatures....

Building on the successful RP542 platform, the RP543 has been further developed to deliver maximum performance, efficiency, and control on the track. A newly designed stator improves the power delivery and response, while the high-precision sensor unit ensures accurate throttle control and smooth operation. Special attention was given to reducing operating temperatures....

Building on the successful RP542 platform, the RP543 has been further developed to deliver maximum performance, efficiency, and control on the track. A newly designed stator improves the power delivery and response, while the high-precision sensor unit ensures accurate throttle control and smooth operation. Special attention was given to reducing operating temperatures....

Building on the successful RP542 platform, the RP543 has been further developed to deliver maximum performance, efficiency, and control on the track. A newly designed stator improves the power delivery and response, while the high-precision sensor unit ensures accurate throttle control and smooth operation. Special attention was given to reducing operating temperatures....

Building on the successful RP542 platform, the RP543 has been further developed to deliver maximum performance, efficiency, and control on the track. A newly designed stator improves the power delivery and response, while the high-precision sensor unit ensures accurate throttle control and smooth operation. Special attention was given to reducing operating temperatures....

Building on the successful RP542 platform, the RP543 has been further developed to deliver maximum performance, efficiency, and control on the track. A newly designed stator improves the power delivery and response, while the high-precision sensor unit ensures accurate throttle control and smooth operation. Special attention was given to reducing operating temperatures....

ESC "Toro" TS50 - 1/10 Characteristics: Electronic Power Switch: A simple push button operates the switch meaning to eliminate the problems associated with intermittent contact of an ordinary mechanical switch. Performance: Less Resistance, Less Heat, More Effective 10 User Modifiable Profiles: The users could set and store 10 sets of profiles in the ESC. These data could be...

ARES Pro V2.1 1/10 Brushless Sensor Engine - 6.5T - 5350KV Drive Type Brushless Scale 1/10 Technology 2 Pole Cells max. 2S Shape Sensored Weight 178g Included 1 Stk. Performance 5.350 kv Power 490W Rated Current 108A Turns 6,5T Shaft 3,175mm

ARES Pro V2.1 1/10 Brushless Sensor Engine - 10.5T - 3600KV Drive Type Brushless Scale 1/10 Technology 2 Pole Cells max. 2S Shape Sensored Weight 178g Included 1 Stk. Performance 3.600 kv Power 490W Rated Current 108A Turns 10,5T Shaft 3,175mm

ARES Pro V2.1 1/10 Brushless Sensor Engine - 17.5T - 2200KV Drive Type Brushless Scale 1/10 Technology 2 Pole Cells max. 2S Shape Sensored Weight 178g Included 1 Stk. Performance 2.200 kv Power 490W Rated Current 108A Turns 17,5T Shaft 3,175mm

ARES Pro V2.1 1/10 Brushless Sensor Engine - 21.5T - 1760KV Drive Type Brushless Scale 1/10 Technology 2 Pole Cells max. 2S Shape Sensored Weight 178g Included 1 Stk. Performance 1.760 kv Power 490W Rated Current 108A Turns 21,5T Shaft 3,175mm

ARES Pro V2.1 1/10 Brushless Sensor Engine - 3.5T - 9100KV Drive Type Brushless Scale 1/10 Technology 2 Pole Cells max. 2S Shape Sensored Weight 178g Included 1 Stk. Performance 9.100 kv Power 490W Rated Current 108A Turns 3,5T Shaft 3,175mm

ARES Pro V2.1 1/10 Brushless Sensor Engine - 4.5T - 7620KV Drive Type Brushless Scale 1/10 Technology 2 Pole Cells max. 2S Shape Sensored Weight 178g Included 1 Stk. Performance 7.620 kv Power 490W Rated Current 108A Turns 4,5T Shaft 3,175mm

ARES Pro V2.1 1/10 Brushless Sensor Engine - 5.5T - 6450KV Drive Type Brushless Scale 1/10 Technology 2 Pole Cells max. 2S Shape Sensored Weight 178g Included 1 Stk. Performance 6.450 kv Power 490W Rated Current 108A Turns 5,5T Shaft 3,175mm

ARES Pro V2.1 1/10 Brushless Sensor Engine - 7.5T - 4700KV Drive Type Brushless Scale 1/10 Technology 2 Pole Cells max. 2S Shape Sensored Weight 178g Included 1 Stk. Performance 4.700 kv Power 490W Rated Current 108A Turns 7,5T Shaft 3,175mm

ARES Pro V2.1 1/10 Brushless Sensor Engine - 9.5T - 3700KV Drive Type Brushless Scale 1/10 Technology 2 Pole Cells max. 2S Shape Sensored Weight 178g Included 1 Stk. Performance 3.700 kv Power 490W Rated Current 108A Turns 9,5T Shaft 3,175mm

ARES Pro V2.1 1/10 Brushless Sensor Engine - 10.5T - 3450KV Drive Type Brushless Scale 1/10 Technology 2 Pole Cells max. 2S Shape Sensored Weight 178g Included 1 Stk. Performance 3.450 kv Power 490W Rated Current 108A Turns 10,5T Shaft 3,175mm

ARES Pro V2.1 1/10 Brushless Sensor Engine - 11.5T - 3450KV Drive Type Brushless Scale 1/10 Technology 2 Pole Cells max. 2S Shape Sensored Weight 178g Included 1 Stk. Performance 3.200 kv Power 490W Rated Current 108A Turns 11,5T Shaft 3,175mm

- Sensor Design - 540 size - 3.175mm shaft diameter => 55.44 0 rpm @ 7.2V => 7.7 00kV => 582 W @ 7.2V

- Sensor Design - 540 size - 3.175mm shaft diameter => 50 .40 0 rpm @ 7.2V => 7.0 00kV => 534 W @ 7.2V

- Sensor Design - 540 size - 3.175mm shaft diameter => 33.84 0 rpm @ 7.2V => 4 .700kV => 361 W @ 7.2V