Electric motion platforms from 2 to 6 Degrees of Freedom — engineered for defence driver training, aviation simulation, maritime operations, and industrial operator qualification.
Our motion simulator portfolio is built around patented electric linear actuators powered by precision AC servo motors — designed and manufactured in-house. Silent operation, instant response, and zero maintenance burden from fluids or seals.
Available in Stewart (parallel) or articulated configurations, scalable from 100 kg to 30,000 kg, and compatible with flat panels, multi-screen arrays, projection domes, and full VR headsets.
Roll, Pitch, Yaw + Surge, Sway, Heave. Stewart platform. Up to 30,000 kg.
Roll, Pitch, Yaw, Heave. Up to 5,000 kg. Compact base-mounted platform.
Roll, Pitch + selectable Heave or Yaw. Up to 2,500 kg. 2m x 2m footprint.
Roll and Pitch. 100 kg to 1,000 kg. Caster-mounted portable platform.
6 DoF Stewart platform built around a military truck cab. Simulates off-road terrain, load dynamics, vehicle recoil, convoy scenarios, and night-vision operations.
6 DoF motion platform on a light tactical vehicle chassis. Designed for off-road manoeuvre training and driver qualification in demanding terrain conditions.
Roll, Pitch, Yaw, Heave for commercial vehicle training, aviation ground school, and emergency vehicle operator programmes. Multi-vehicle scenario switching built in.
Roll, Pitch and selectable Heave or Yaw. Surface-mounted plug-and-play setup with programmable fault injection — tyre burst, brake failure, loss of traction scenarios.
Roll and Pitch pivot platform for forklift, tractor, and agricultural operator training. Caster-mounted for mobility. Quick 230V single-phase deployment.
Any vehicle, any DoF, any payload. Bespoke platforms for tanks, armoured vehicles, naval vessels, rail simulators, and OEM R&D testing rigs — with full AMC support.
Every Pinnac simulator uses electric actuation. Here is why hydraulic is no longer the right choice.
| Parameter | Pinnac Electric | Hydraulic Systems |
|---|---|---|
| Energy | Power only during motion — energy efficient | Constant pump running, high baseline draw |
| Maintenance | No fluids, seals, or leaks — minimal downtime | Prone to leaks, pump failures, seal wear |
| Cleanliness | Oil-free, clean, eco-friendly operation | Risk of oil spills and fluid contamination |
| Installation | Compact and portable — no pumps or tanks | Bulky setup with tanks, hoses, compressors |
| Noise | Silent — no pump noise or vibration | Noisy hydraulic pumps throughout operation |
| Precision | ±1mm / ±0.1° closed-loop servo feedback | Limited precision — fluid dynamics introduce lag |
| Response Time | <20ms input to actuator response | Lag from fluid transfer dynamics |
| Lifecycle Cost | Lower — energy savings and minimal servicing | High — energy + frequent fluid and seal replacement |
All simulator platforms available for live demonstration to vetted defence and industrial partners.
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