Join the
TESLASUIT
ACADEMIC PROGRAM
Get access to special Academic pricing and the industry leading XR products and technology for
- Virtual Reality
- Rich Data Analysis
- Industrial Applications
- Medical Rehabilitation
- Simulated Training Environments (STE)
Save up to 30% against MSRP of US$12999
TESLASUIT
POWER OF TECHNOLOGY
Teslasuit is a human-to-digital interface designed to simulate experience and accelerate mastery in the physical world.
Seamlessly add a great capability of time synchronous stimulation, telemetry and biommetry which is unique to TESLASUIT line of products
Using Teslasuit in XR adds immersion that will amplify usability testing, human factors projects, product engineering and technology development research programs.
Award Winning Product
INNOVATIVE APPROACH
TO EDUCATION
The use of TESLASUIT technology allows for remote physical interaction, body language transmitting, remote studies of various rehabilitation techniques, training and teaching. Some scenarios include telepresence of Subject Matter Experts (SMEs), procedural analytics, NMES and FES - all with the comfort of a fully wireless and long-life battery powered solution.
AREAS OF APPLICATION
TESLASUIT is currently used by some of the world’s largest companies across aerospace, automotive, defence, healthcare, energy and sports utilising our technology.
Some of the areas are depicted below:
Industrial Simulations and Training |
Sports Training, Analysis and Rehabilitation |
Government Services |
Medical Rehabilitation |
|---|---|---|---|
| Oil and Gas | Postural Analysis | Serious Gaming | Stroke |
| Aerospace | Gait Analysis | Synthetic Training | Spinal Cord Injury |
| Automotive | Biomechanical Analysis | Pilot Training | Sensory Substitution |
| Manufacturing | Injury Prevention | Police Training | Neuroplasticity Recovery |
| Petrochemical Production | Movement Benchmarking | Firefighter Training | Rehabilitation of Balance and Motor Skills |
Our XR suite of products are platform agnostic and compatible with all major game engines
You will have the opportunity to learn, to create innovative product design solutions in a range of styles and media, which factor in purpose, usability, materials, ecology, desirability, technological feasibility and professional constraints.
A snapshot of just some of our research partners
TESLASUIT XR technology is currently used by some of the world’s largest companies and organisations across aerospace, automotive, defence, healthcare, energy and sports.
To date the TESLASUIT Team has collaborated with more than 50 universities, colleges and research facilities worldwide. The topics and industries vary, but one thing remains - our desire to deliver the quality technology at an affordable price.
Our products are being used in examining issues of autonomy, sustainability, ergonomics and the user experience and interaction in relation to exterior and interior design, surface and colour applications, lifestyle and future design solutions.
TESLASUIT DK1 SPECIFICATION
Form Factor
Device form factor
Smart textile two-piece full body suit (jacket and trousers). New technologies combined in a smart fabrics to fit the body as a second skin. Stretchable, breathable, durable and even steamable.
Software Tools
Software included with SDK
- Haptic Player - play prerecorded haptic tracks. Gives a code-free capability to run NMES and haptic simulations before commitiong to a bigger project
- Haptic Editor – full scale software for modulating and developing haptic presets
- Skeletool – a basic tool for motion tracking: setup, calibrating and recording
- TESLASUIT Experience - multi-location multiplayer VR experience. Experience haptics in different scenarios
Motion Capture
Type
IMU 9 axis and 6 axis modes (9 DOF and 6 DOF)
Number of elements
10
Location and Fitting
Embedded in the suit in fixed places
Frame rate
200 Hz
Frame rate
200 Hz
Roll & Pitch
0.05º
Heading
0.1º
Haptic System / NMES
Type
Neuromuscular Electrical Stimulation
Number of electrodes
62 (jacket) + 52 (trousers)
Number of channels
48 (jacket) + 32 (trousers)
Electrode placement
Anatomic locations
Sampling rate
1 kHz per channel
Frequency
1-300 Hz per channel (software adjustable)
Voltage
0-55 V AC
Current
~50 mA per 1 kOhm, depending on pulse width and frequency
Half-wave width
1-60 μs (can be adjusted in the application)
Current Feedback System
Type
Active
Number of measurement points
48 (jacket) + 32 (trousers)
Update rate
up to 200 Hz
Half-wave width
1-60 μs
Electrocardiography (ECG)
Number of channels
1
Type of detection
Lead-off
Voltage range
±1 mV
Connectivity
Wi-Fi
2.4GHz, 802.11 b/g/n
Power Supply
Type
Rechargable Li-Ion 10 000 MAh battery
Battery life
Up to 10 hours, depending on the usage scenario
Voltage
5 V DC (±0.25 V)
Current
max 2 A
APPLY NOW
If you have any questions or suggestions, please write us to partnerships@teslasuit.io