NEO V1.0
NEO Motor Overview
The REV NEO Brushless Motor (REV-21-1650) is the first brushless motor designed to meet the unique demands of the FRC community. Offering an incredible power to weight ratio along with it's compact size it's designed to be a drop-in replacement for CIM-style motors as well as an easy install with mounting options.
Features
Drop-in replacement for CIM-style motors
Shielded out-runner construction
Front and rear ball bearings
High-temperature neodymium magnets
High-flex silicone motor wires
Integrated motor sensor
3-phase hall sensors
Motor temperature sensor
Specifications
Empirical means based on observations or experience. Theoretical means based on theories and hypotheses. The two terms are often used in scientific practice to refer to data, methods, or probabilities. When we refer to empirical data, we refer to values that were produced via testing. When our documentation refers to theoretical values, those are values that are based on what the product can do, in theory, but have not directly been produced.
Empirical Motor Specifications
Empirical Motor Kv | 473 Kv |
Empirical Free Speed | 5676 RPM |
Empirical Free Running Current | 1.8 A |
Empirical Stall Current | 105 A |
Empirical Stall Torque | 2.6 Nm |
Empirical Peak Output Power | 406 W |
Theoretical Motor Specifications
Theoretical Stall Current | 150 A |
Theoretical Stall Torque | 3.75 Nm |
Theoretical Peak Output Power | 540 W |
Additional Specifications
Nominal Voltage | 12 V |
Typical Output Power at 40 A | 380 W |
Hall-Sensor Encoder Resolution | 42 counts per rev. |
Output Shaft Diameter | 8mm (keyed) |
Output Shaft Length | 35mm (1.38in) |
Output Pilot | 19.05mm (0.75in) |
Body Length | 58.25mm (2.3in) |
Body Diameter | 60mm (2.36in) |
Weight | 0.938 lbs (0.425 kg) |
Check out the NEO Motor Data Sheet for additional specifications. Also, please pay special attention to the NEO Motor Locked Rotor Testing and please make sure you have read and understand how to set the SPARK MAX Smart Current Limit.
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