dynoKRAFT S60

Inertia-only scooter / motorcycle dynamometer

Affordable price and best-in-class Software.

Features highlight

  • 450mm [17,3″] roller
  • 300km/h [186mph]
  • 2-30 / 15-200HP wheel power
  • easy to use test system

An affordable and easy to use scooter / motorcycle dynamometer for every workshop!!!

The dynoKRAFT S60 dynamometer shares the same design principles with our high-end M120-series test bench.
It offers exceptional high measurement precision together with best-in-class DAQ system and Software for comprehensive data analysis.

The roller diameter of 450mm reduce tire wear drastically and help keeping the tire temperature under control during long test sessions.

Two different roller inertia versions are available to support different power ranges:
2-30 WHP
15-200 WHP

The dynoKRAFT S60 is delivered ready to use with all required components such as drive-in ramp – just connect any WIndows PC and start working!

dynoKRAFT S60
Technical specifications

Dynamic wheel power range (light / heavy roller)
~1,85 - 25 kW (~2,5 - 33 HP) / ~15 - 186 kW (~20 - 250 HP)

Power / torque measurement accuracy

0,5 %

Max. vehicle driving speed

300 km/h (186 MPH)

Max. axle load

1500 kg (6613 lbs)

Vehicle length (rear axis - front tire)

1220mm - 2010mm (48" - 79")

Roller diameter

450mm (17,3")

Rotational inertia equivalent vehicle mass (light / heavy roller)

70kg (154 lbs) / 220kg (485 lbs)

Dimensions L x W x H (dyno only, without drive-in ramp)

2320 x 750 x 475mm (91,3 x 29,5 x 18,7")

Total weight (light / heavy roller)

285kg (628 lbs) / 519kg (1144 lbs)

Rotational mass weight (light / heavy roller)

92kg (203 lbs) / 326kg (719 lbs)

Roller balancing class


Warranty and Support

5 Years

Scope of delivery

  • dynoKRAFT S60 dynamometer, floor-top installation

  • drive-in ramp, fixed

  • dynoKRAFT ADAQbase controller

  • dynoKRAFT ADAQsoftware incl. free lifetime updates

  • online user manual

  • free phone support

ADAQ controller - Technical specifications

(base dynamometer control module)
2x RPM (hall-sensor or digital 5V)
2x Load Cell with built-in amplifier
3x Analog 0-5V DC, configurable
1x Thermocouple Type-K
1x Built-in weather station (ambient temperature, humidity, pressure)

2x Brake controll, configurable as PWM, RC-Pulse, Analog, Servo

1x USB-C

(I/O expansion module)

5x Analog 0-5V DC, configurable

1x PWM 5V DC - cooling fan VFD control signal (driving speed dependant 0-100% output)
1x PWM 5V DC - throttle servo control signal

4x Dry contact 24V 5A max - configurable controll logic depending on input parameters

(Eddy Current power supply)

- 30 Amp rating
- Calibrated linear current control
- high-speed SCR-based design
- high-speed discharge
- Bluetooth V4.0 (BLE) telemetry (status monitoring and settings, Win10 only)
- Over-current and over-temperature protection
- LED status indicators
- Housing with integrated heat sink, fan-less design
- built-in internal AC-input and DC-load filters, minimal noise generation
- Oversized components with respect to current and voltage ratings

(bluetooth remote controller)

 -12 Keys with assignable software functions
- built- in 1200mAh battery
- built-in battery charging circuit
- USB-B connection
- industrial USB-Bluetooth adapter included

(base dynamometer control software)

- supports up to two ADAQbase controllers
- supports up to four brakes
- reliable, high-speed load control
- automatic ambient conditions aquisition and correction factor calculations
- multiple correction factor norms (DIN, ISO, SAE, none)
- freely configurable engine power correction (rolling road dynamometers)
- linear and advanced non-linear PID brake controller
- open user interface allowing access to all functions and settings
- built-in plugin system allows integration of virtually any third-party hardware
- configurable print-out page
- automatic saving
- raw sensor-data logging

- fully featured data analisys with multi-graph and multi-channel capability
- analise data in Engine RPM, Time or any other fuction (i.e. Timing Advance and Lambda vs. Engine Torque)
- freely configurable graph area, print-out page, data tables
- data export .csv file

- inertia
- power sweep (using set acceleration rate)
- manual RPM (hold any RPM setpoint regardless of load)
- RPM curve (follow any RPM-profile curve, freely configurable profiles)
- load control mode (special mode for water brakes with fast TQ increase)
- brake sweep (non-PID based test mode)

ADAQexiom plugin
(additional features and functions for ADAQexiom module)

- configuration of name, unit, interpolation and offset for each analog input separatley
- manual or automatic relais operation based on logical parameters
- configuration of cooling fan automatic output control
- up to two ADAQexiom modules supported

- throttle servo output control (5V PWM signal, external additional Signalconverter may be requierd in some applications)