Skip to content
SANLAB SM100

Motion Platform SM100

SMotion100 is a state-of-the-art 6DOF (Six Degrees of Freedom) motion platform designed to provide precise movement and control for various high-tech applications. It boasts an impressive payload capacity of 100 kilograms, making it a versatile solution for a range of industries.

Motion Platform SM100

Specifications

Overall Dimensions (L-W-H)1.08 m - 0.96 m - 0.58 m
Net Weight (product only)60 kg
Shipping Dimensions (L-W-H)1.26 m - 1.26 m - 1.18 m
Crate Weight225 kg
Packaging TypeWooden crate
Gross Moving Loadup to 100 kg
Actuator Stroke200 mm
Center of Gravity Above Top Platform0.20 m (Max)
Settled Height (lowest position)0.48 m
Neutral Height (center position)0.58 m
Moment of Inertia About X-Y-Z axis45 kg.m2
Power Supply220VAC ±10%, 50/60Hz / 380VAC ±10%, 3ph , 50/60Hz
Operating Temperature Range00C to +400C
Motor TypeServo Motor
Ball Screw TypePrecision Ground Ball Screw / Rolled Ball Screw
Control InterfaceEthernet, CAN, Serial Port
Surge Velocity± 0.50 m/s
Surge Acceleration± 5 m/s2
Surge Excursion Single Axis-0.16 m - 0.18 m
Surge Excursion Multi Axis-0.21 m - 0.20 m
Sway Velocity± 0.50 m/s
Sway Acceleration± 5 m/s2
Sway Excursion Single Axis-0.15 m - 0.15 m
Sway Excursion Multi Axis-0.22 m - 0.22 m
Heave Velocity± 0.40 m/s
Heave Acceleration± 6 m/s2
Heave Excursion Single Axis-0.13 m - 0.12 m
Heave Excursion Multi Axis-0.13 m - 0.12 m
Roll Velocity± 43 0/s
Roll Acceleration± 300 0/s2
Roll Excursion Single Axis-23.00 0 - 23.00 0
Roll Excursion Multi Axis-28.30 0 - 28.30 0
Pitch Velocity± 43 0/s
Pitch Acceleration± 300 0/s2
Pitch Excursion Single Axis-22.50 0 - 23.80 0
Pitch Excursion Multi Axis-30.10 0 - 30.90 0
Yaw Velocity± 53 0/s
Yaw Acceleration± 400 0/s2
Yaw Excursion Single Axis-28.80 0 - 28.80 0
Yaw Excursion Multi Axis-32.10 0 - 32.10 0

Applications

Camera tracking systems testing
Electro-optical systems testing
Radar testing
Rotator testing
Antenna testing
Stabilization testing

Advantages

Advanced motion cueing and control algorithms deliver high-performance and realistic motion feedback

Digital control loops ensure stable and reliable operation over time, with no drift or performance loss

Simplified troubleshooting through simulation software featuring an intuitive graphical user interface (GUI) and deterministic error codes

High-bandwidth frequency response

Safety architecture encompassing both mechanical and software-level protections

Integrated built-in test functionality

Contact us

Ready to talk?

Schedule a 30-minute consultation with our specialist.