Ampflow Motors

New fan-cooled A28 motors are designed for applications that require longer duty cycles and even higher power outputs. Low profile leads enable more compact installations. The fan-motors have ventilation holes in the front and rear aluminum plates to allow for flow-through cooling. The holes in the front plate are positioned so they are not blocked when mounting the motor to a flat surface. These motors also feature low-profile motor leads for better fit into smaller spaces. Specs Diameter 3.0...

New fan-cooled A28 motors are designed for applications that require longer duty cycles and even higher power outputs. Low profile leads enable more compact installations. The fan-motors have ventilation holes in the front and rear aluminum plates to allow for flow-through cooling. The holes in the front plate are positioned so they are not blocked when mounting the motor to a flat surface. These motors also feature low-profile motor leads for better fit into smaller spaces. Specs Diameter 3.0...

New fan-cooled A28 motors are designed for applications that require longer duty cycles and even higher power outputs. Low profile leads enable more compact installations. The fan-motors have ventilation holes in the front and rear aluminum plates to allow for flow-through cooling. The holes in the front plate are positioned so they are not blocked when mounting the motor to a flat surface. These motors also feature low-profile motor leads for better fit into smaller spaces. Specs Diameter 3.0...

New fan-cooled A28 motors are designed for applications that require longer duty cycles and even higher power outputs. Low profile leads enable more compact installations. The fan-motors have ventilation holes in the front and rear aluminum plates to allow for flow-through cooling. The holes in the front plate are positioned so they are not blocked when mounting the motor to a flat surface. These motors also feature low-profile motor leads for better fit into smaller spaces. Specs Diameter 3.0...

Compact and light-weight, these motors are available in Neodymium-magnet, four-brush version for uncompromised performance.Diameter (inches) 2.3Length (inches) 3.5Peak HP 0.90Stall Torque (oz-in) 570Efficiency 82%Voltage 24V*RPM 6400Shaft Dia. (inches) 3/8Shaft Length (inches) 1.0Magnet Type NeodymiumNo Load Amps 1.0Resistance (Ohms) 0.21Kt (oz-in/Amp) 5.03Kv (RPM/Volt) 269Weight (pounds) 2.1* The above specifications are for 24V. The motors can also be used at 12V or 18V. The RPM is...

AmpFlow motors are designed to give the highest level of performance possible in a brushed DC motor. This is achieved by advanced design and the use of rare-earth magnet materials. This motor has been used for many years by champion robot builders. This is a smaller, lighter version of the popular A28-400. Same diameter and powerful magnets, just in a shorter, lighter package! And would you believe a whopping 3 horsepower from a 3.8lb motor? Specs Diameter 3.0 in. Length 4 in. Peak Horsepower...

AmpFlow high-performance motors are designed to give the highest level of performance possible in a brushed DC motor. This is achieved by advanced design and the use of rare-earth magnet materials. This motor has been used for many years by champion robot builders. An incredible amount of power in a small package. You quite simply will NOT find a more powerful motor of this size. This motor is a must-have for the serious competitor. The improved Neodymium magnets and sturdy construction make...

This motor has been used for many years by champion robot builders.One of the most popular high output motors available. This very successful motor is for the robot builder that is not kidding around. Serious power for a serious weapon or drive system of your BIG robot. This is the motor that has powered many BattleBots to victory! Specs Diameter 4.0 in. Length 6.9 in. Peak Horsepower 3.8 Peak Torque 3840 oz-in Efficiency 84% RPM at 24V 4000 rpm Shaft Diameter 5/8 in. Shaft Length 1.75 in....

AmpFlow motors are designed to give the highest level of performance possible in a brushed DC motor. This is achieved by advanced design and the use of less expensive ferrite magnets. The economy E30 motors are designed to give good performance at the lowest possible price.These motors are used in diverse applications including robots, industrial motion control, factory automation, semiconductor manufacturing, motorized scooters, go karts, and electric bicycles. Specs Diameter 3.1 in. Length...

AmpFlow motors are designed to give the highest level of performance possible in a brushed DC motor. This is achieved by advanced design and the use of less expensive ferrite magnets. The economy E30 motors are designed to give good performance at the lowest possible price.These motors are used in diverse applications including robots, industrial motion control, factory automation, semiconductor manufacturing, motorized scooters, go karts, and electric bicycles. Specs Diameter 3.1 in. Length...

AmpFlow motors are designed to give the highest level of performance possible in a brushed DC motor. This is achieved by advanced design and the use of less expensive ferrite magnets. The economy E30 motors are designed to give good performance at the lowest possible price.These motors are used in diverse applications including robots, industrial motion control, factory automation, semiconductor manufacturing, motorized scooters, go karts, and electric bicycles. Specs Diameter 3.1 in. Length...

AmpFlow motors are designed to give the highest level of performance possible in a brushed DC motor. This is achieved by advanced design and the use of less expensive ferrite magnets. The economy E30 motors are designed to give good performance at the lowest possible price.These motors are used in diverse applications including robots, industrial motion control, factory automation, semiconductor manufacturing, motorized scooters, go karts, and electric bicycles. Specs Diameter 3.1 in. Length...

AmpFlow motors are designed to give the highest level of performance possible in a brushed DC motor. This is achieved by advanced design and the use of less expensive ferrite magnets. The economy E30 motors are designed to give good performance at the lowest possible price.These motors are used in diverse applications including robots, industrial motion control, factory automation, semiconductor manufacturing, motorized scooters, go karts, and electric bicycles. Specs Diameter 3.1 in. Length...

AmpFlow motors are designed to give the highest level of performance possible in a brushed DC motor. This is achieved by advanced design and the use of less expensive ferrite magnets. The economy E30 motors are designed to give good performance at the lowest possible price.These motors are used in diverse applications including robots, industrial motion control, factory automation, semiconductor manufacturing, motorized scooters, go karts, and electric bicycles. Specs Diameter 3.1 in. Length...

Compact and light-weight, these motors are available in a lower-cost, ferrite-magnet two-brush version designed for high-volume OEM use.Diameter (inches) 2.4Length (inches) 4.1Peak HP .29Stall Torque (oz-in) 206Efficiency 67%Voltage 12V*RPM 5600Shaft Dia. (inches) 5/16Shaft Length (inches) 1.4Magnet Type FerriteNo Load Amps 2.5Resistance (Ohms) 0.16Kt (oz-in/Amp) 2.80Kv (RPM/Volt) 482Weight (pounds) 2.0Getting high efficiency from a low-voltage motor is not easy. There are many factors that...

Compact and light-weight, these motors are available in a lower-cost, ferrite-magnet two-brush version designed for high-volume OEM use.Diameter (inches) 2.4Length (inches) 4.1Peak HP .31Stall Torque (oz-in) 250Efficiency 75%Voltage 24V*RPM 4900Shaft Dia. (inches) 5/16Shaft Length (inches) 1.4Magnet Type FerriteNo Load Amps 1.1Resistance (Ohms) 0.58Kt (oz-in/Amp)6.45Kv (RPM/Volt) 210Weight (pounds) 2.0Getting high efficiency from a low-voltage motor is not easy. There are many factors that...

AmpFlow motors are designed to give the highest level of performance possible in a brushed DC motor. This is achieved by advanced design and the use of less expensive ferrite magnets. The mid-range motors, (F30-150 and F30-400), are designed for the highest performance and efficiency while still using the less expensive ferrite magnets. These motors are used in diverse applications including robots, industrial motion control, factory automation, semiconductor manufacturing, motorized scooters,...

These standard motors are designed to give good performance and great value. The big G43-500 motors work great for applications that require sustained power output of up to 500 Watts (0.67 horsepower).These motors are ideal for cost-sensitive applications including robots, motorized scooters, go karts, and electric bicycles. Specs Watts - Continuous 500 Diameter 4.3 in. Length 5.3 in. Efficiency 80% No-Load RPM @ 24V 3300 Output Shaft 11-Tooth #25 Sprocket Weight 9.0 lb The above...

These standard motors are designed to give good performance and great value. The smaller M27-150 motors have sustained outputs of 150 Watts (0.20 horsepower). They are available with either a sprocket or pulley.These motors are ideal for cost-sensitive applications including robots, motorized scooters, go karts, and electric bicycles. Specs Watts - Continuous 150 Diameter 2.7 in. Length 3.9 in. Efficiency 79% No-Load RPM @ 24V 3800 Output Shaft 11-Tooth #25 Sprocket Weight 3.0 lb The above...

These standard motors are designed to give good performance and great value. The smaller M27-150 motors have sustained outputs of 150 Watts (0.20 horsepower). They are available with either a sprocket or pulley.These motors are ideal for cost-sensitive applications including robots, motorized scooters, go karts, and electric bicycles. Specs Watts - Continuous 150 Diameter 2.7 in. Length 3.9 in. Efficiency 79% No-Load RPM @ 24V 3800 Output Shaft 19-Tooth, 3mm Pitch Pulley Weight 3.0 lb The...

These standard motors are designed to give good performance and great value. The M30-450 motors have a slightly lower power output (450 W) in a much smaller package. Specs Watts - Continuous 450 Diameter 3.0 in. Length 4.9 in. Efficiency 80% No-Load RPM @ 24V 3700 Output Shaft 11-Tooth #25 Sprocket Weight 4.5 lb The above specifications are for 24V. The motors can also be used at 12V or 18V. The RPM is proportional to the voltage so running at 12V will result in half the no-load RPM that is...