Part comparison

Cytron SmartDriveDuo-30 (MDDS30) vs Trampa Boards VESC 75/300 MkIV

A side-by-side comparison of source-backed specifications within the same subcategory.

14 shared specs3 scored

Start over

No imageCytronCytron SmartDriveDuo-30 (MDDS30)SmartDriveDuo-30 (MDDS30)

View details

Trampa BoardsTrampa Boards VESC 75/300 MkIVVESC 75/300 MkIV

View details

Directional spec summary

Counts across 3 numeric specifications with a clear higher-or-lower direction.

Part A leads

Tied

Part B leads

These are metric-by-metric differences, not an overall performance score. Check the values below.

Specifications

14 specifications compared side by side.

Cytron SmartDriveDuo-30 (MDDS30) / Trampa Boards VESC 75/300 MkIV
Compare bySpecification	ACytronCytron SmartDriveDuo-30 (MDDS30)	BTrampa BoardsTrampa Boards VESC 75/300 MkIV
Electrical4
Minimum input voltageUse-dependent	7 V	14 V
Maximum input voltageUse-dependent	35 V	67 V
Continuous output current / channel	30 A	300 A270 A higher
Peak output current / channel	80 A	450 A370 A higher
Control & communication10
Board kind	Motor driver	Motor driver
Board architecture	Standalone board	Standalone board
Primary applicationUse-dependent	mobile_robot;agv;robot_arm	AGV;robotics;high_power_motion_control
Communication interfacesUse-dependent	PWM;UART;analog;RC	USB;CAN;UART;I2C;ADC
Control modesUse-dependent	duty_cycle;velocity	torque;velocity;position
Motor driveUse-dependent	Brushed DC	BLDC foc
Motor channels	21 higher	1
PhasesUse-dependent	2	3
Control algorithmUse-dependent	PID	FOC
ProtectionsUse-dependent	overcurrent;overtemp;undervoltage	low_voltage;high_voltage;high_motor_current;high_input_current;regen_current

ACytronCytron SmartDriveDuo-30 (MDDS30)

BTrampa BoardsTrampa Boards VESC 75/300 MkIV

Electrical4

Minimum input voltageUse-dependent

Part A7 V

Part B14 V

Maximum input voltageUse-dependent

Part A35 V

Part B67 V

Continuous output current / channel

Part A30 A

Part B300 A270 A higher

Peak output current / channel

Part A80 A

Part B450 A370 A higher

Control & communication10

Board kind

Part AMotor driver

Part BMotor driver

Board architecture

Part AStandalone board

Part BStandalone board

Primary applicationUse-dependent

Part Amobile_robot;agv;robot_arm

Part BAGV;robotics;high_power_motion_control

Communication interfacesUse-dependent

Part APWM;UART;analog;RC

Part BUSB;CAN;UART;I2C;ADC

Control modesUse-dependent

Part Aduty_cycle;velocity

Part Btorque;velocity;position

Motor driveUse-dependent

Part ABrushed DC

Part BBLDC foc

Motor channels

Part A21 higher

Part B1

PhasesUse-dependent

Part A2

Part B3

Control algorithmUse-dependent

Part APID

Part BFOC

ProtectionsUse-dependent

Part Aovercurrent;overtemp;undervoltage

Part Blow_voltage;high_voltage;high_motor_current;high_input_current;regen_current

Product sources

Product sources used by this comparison

Cytron SmartDriveDuo-30 (MDDS30)Open source ↗

Trampa Boards VESC 75/300 MkIVOpen source ↗