IMPROVING HUMAN PERFORMANCE
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IMPROVING HUMAN PERFORMANCE
TESLASUIT is a human-to-digital interface designed in
the form of a full-body AR/VR suit.
Three integrated systems include haptics, motion capture,
and biometry to provide realistic immersion and accelerate
mastery.
TESLASUIT is compatible with all major game engines and has an
open API and SDK to allow for integration into legacy simulated
training environments.
teslasuit.io
Haptic Feedback
TESLASUIT’s full body haptic feedback system is built
into the suit and can be engaged on actions, on
demand, or in response to motion capture
comparison.
This electro-stimulation improves the learning
experience by increasing immersion, fostering 360-
degree awareness and engaging muscle memory.
Functionalities:
teslasuit.io
Calibration system Provides a wide range Delivered via EMS/TENS 80+ channels
of realistic sensations using dry electrodes 3
Motion Capture
Integrated skeletal and 3D kinematic motion capture
tracks human body interaction within the virtual
training environment. This capture is essential to the
delivery of correctly placed haptic experiences, and
allows for professionals to lay down baselines users
can compare against.
Using motion capture in training improves motor
skills by enabling haptic guidance and error
augmentation.
Functionalities:
teslasuit.io
10 inertial sensors Accurately transfers movements Tracks pose, positions, Sophisticated drift
from the real to the virtual world and movements reduction algorithms
Biometry
TESLASUIT’s integrated biometric system gathers
real-time data from users while training – which can
be used to relay emotional state, stress level, and key
health indicators.
This enables interactive VR/AR training content that
adapts to the trainee for personalised experiences,
and measurement of key baselines to understand
improvement or degradation over time
Functionalities:
teslasuit.io
Electrodermal Detailed real-time performance data Electrocardiography
activity (EDA) (ECG) 5
NASA
One of our very first customers, NASA has
purchased our early Developer Kits to be used on
a number of projects at Johnson Space Centre
labs in Houston, TX.
The Teslasuit DevKits continue to enable
engineers and physiologists in their search for
new ways to train and study human cognitive
and physical performance beyond our normal
capabilities.
In 2021 NASA will be working on a number of new
research projects using the TESLAGLOVE
teslasuit.io
6
ISS SPACE MISSION - STARDUST TECHNOLOGIES
Together with a French-Canadian company Stardust
Technologies, TESLASUIT has successfully
accomplished the Phase I of a study on long-term
space travel effects on physiology and psychology of
astronauts and the relief VR simulation with physical
sensations can provide to alleviate the former.
The study is initiated and sponsored by CNES, part of
European Space Agency.
During the 42 parabolas flight the experiment has
been conducted using VR with TESLASUIT to better
understand the body conditions under variable
gravity. The simulated g-force ranged from 2g to 0g
during the 42 parabolas on a specially equipped
AirZeroG plane.
The experiment is now progressing to Phase II and will
teslasuit.io
take place in Q2 2021.
7
DTEK
DTEK companies produce coal and natural gas,
generate electricity at the thermal power plants and
renewable energy power plants, supply heating and
electricity to end consumers, and provide energy
services.
Virtual reality training course delivered for DTEK
employees, based on a set of tasks relating to
inspections and repairs at its power plants
In a recent test environment, TESLASUIT enabled VR
training highlighted a 30% reduction in errors at the
re-test phase, confirmed by a independent neuro
scientific study.
Functionalities:
teslasuit.io
Motion Capture Biometry Haptic Feedback
8
SCHLUMBERGER
SCHLUMBERGER, on-shore platform training
emergency scenario.
The demo application showcases user behavior and
training of an Oil Rig emergency scenario delivered in
virtual reality utilising the TESLASUIT technologies.
TESLASUIT was used to simulate the danger of oil spills
in a safe-to-fail environment, the haptics sensors was
used to create awareness of the complications one
would meet while going through a disaster recovery
exercise.
Functionalities:
teslasuit.io
Motion Capture Biometry Haptic Feedback
VOLVO
Volvo Cars “ultimate driving simulator” uses latest
gaming technology to develop safer cars.
Using cutting-edge technology from the real-time 3D
development platform Unity and mixed reality experts
Varjo, the simulator involves driving a real car on real
roads. It combines life-like, high definition 3D graphics,
an augmented reality headset, and a full-body Teslasuit
that provides haptic feedback from a virtual world,
while also monitoring bodily reactions.
“Working together with great companies like Varjo, Unity
and Teslasuit has allowed us to test so many scenarios
that look and feel totally real, without having to
physically build anything,” says Casper Wickman senior
leader of User Experience. “
teslasuit.ioTESLASUIT DEFENCE AND GOVERNMENT SERVICES
TESLASUIT can be deployed at the point-of-need, allowing trainees in multiple locations from the comfort of their
living room, to a base or during a deployment to train for individual and collective skills enabling effective training
across active and dynamic missions.
Group XR-Training -TESLASUIT used in an extended reality simulation allows training and monitoring of multiple
individuals at the same time. This gives an opportunity to simulate various group and individual scenarios.
Real-time postural correction - Within synthetic training it is difficult to correct the trainee, using motion capture
and real-time data an instructor can signal and correct the trainee immediately using haptics notification.
Stress Generation -The TESLASUIT can act as a controlled stress generator with a biometrical feed-back loop to
train and assess the capabilities. Develop resilience to stress in a safe-to-fail environment.
Projectile Simulation - Our technology can replicate shots, explosions and impact forces. The ability
to physically connect with the simulated world improving immersion, allowing trainees to focus fully on the subject
of the specific skills.
teslasuit.ioSPECIAL FORCE TRAINING - XR TACTICS & TESLASUIT
Tactical training for police forces using advanced XR
simulations for immersive training.
Using TESLASUIT full capabilities to simulate a number of
realistic environments. The suit provides the ability to
simulate bullet impacts, sustain injuries , record
biometrics in stressful realistic situations for later review.
VR and TESLASUIT powered police force training
scenarios provide the most immersive and realistic
experience possible.
On top of all things, what is very important in a near real-
life training - TESLASUIT helps building up high stress
resistivity in a controlled environment, thus relieving a
possibility of internal organs damage due to blood
pressure and saturation changes occurring under
duress.
Functionalities:
teslasuit.io
Motion Capture Biometry Haptic Feedback
12FIRE SERVICE TRAINING - INLIGO XR & RELYON NUTEC - NORWAY
teslasuit.io
INLIGO XR & RELYON NUTEC recently tested the TESLASUIT on a number of Fire
Rescue training scenarios. REYLON NUTEC train on average 250K personnel
per year.XTAL SIMULATION INTEGRATION
teslasuit.io
TESLASUIT is currently integrated into both fixed-winged and rotary flight
simulation programs for a number of our partners world-wide.SPORTS & REHABILITATION
teslasuit.io
TESLASUIT is currently being used in a number of academic sport science
and rehabilitation research projects, including HSS, John Hopkins, Coventry
University, Reede Institute and many more.LEWIS HAMILTON & F1 FEELTHE DRIVE
Feel the Drive is the world-first multi-sensory fan
experience designed by combining prototype
mixed reality technology, Lewis Hamilton’s
telemetry data and full-body haptics.
A true data-driven immersive activation
powered by TESLASUIT, twinned with prototype
Lumus Vision XR smart-glasses.
Combining Teslasuit haptic technology and data
we were able to replicate Lewis Hamilton's
acceleration, gear change, steering and
breaking of his victorious record breaking 2018
Spanish GP pole lap.
teslasuit.ioLEWIS HAMILTON & F1 FEELTHE DRIVE
.
To replicate the driving actions of Lewis Hamilton (7 data channels in total), we identified the muscle groups used for each of the
actions by using EMS and TENS to stimulate the corresponding muscle groups during the experience.
We were able to replicate the forces from the following data channels.
- Speed
- Gear throttle
- Breaking
- DRS Control
- Steering
- Break Balance
- Gear Change
Breaking data channel: we replicated inertia of the body by applying haptic forces to the shoulders and abdominal muscle groups.
Steering replication was achieved by applying haptic sensations/forces to the deltoid, trapezius, and glenohumeral joints. This
activation was the first time we have mapped telemetry data to the suit to understand its true capabilities.
teslasuit.ioVODAPHONE USE CASE
The world’s first demonstration of the power of
5G to transmit touch using TESLASUIT haptic
technology. Two players from Wasps rugby team
were able to run a training session despite being
more than 100 miles apart.
The impact of a rugby tackle made by Will
Rowlands at the Ricoh stadium in Coventry was
transferred via 5G to teammate Juan de Jongh
on stage in London.
Juan, in a specially developed haptic Teslasuit,
was able to feel the force of the tackle in real-
time thanks to Vodafone’s high speed and super
low latency 5G.
teslasuit.io
18VODAPHONE USE CASE
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19VODAFONE 2020 5G CONNECTED CAMPAIGN . “Using the power of 5G, we wanted to demonstrate the future and full potential of this technology in helping to maintain connections in those moments where we cannot be together.” Nick Read CEO Vodafone.
TESLASUIT GLOVE teslasuit.io
TESLASUIT GLOVE
The TESLASUIT GLOVE allows users to feel
virtual objects using a combination of our award-
winning technology.
A light-weight exoskeleton glove combines four
systems to deliver immersion like never before.
A combination of haptics, force-feedback, motion
capture and biometry add even greater realism to
virtual reality.
The ability to now feel and touch virtual objects
opens up endless possibilities to accelerate
mastery and amplify human performance in
training, rehabilitation and simulated
environments.
teslasuit.ioTESLASUIT GLOVE
FORCE FEEDBACK
Spatial effect
Resistance effect
Vibration effect
MOTION CAPTURE
Finger position
Wrist position
BIOMETRY
Impendence measurement
Pulse oximeter
teslasuit.io
HAPTIC DISPLAY
Touch effect
Texture effect
3x3 Haptic display per fingerTESLASUIT GLOVE -AEROSPACE
Aircraft Design:
Virtual dashboard configuration
User interface visualisation
Interact with cad designs
Pilot Training:
Human Factor
Real Time biometry data
Cognitive overload mitigation
Aircraft Maintenance:
Practise complex repairs & assembly
Reduce training time & user engagement
teslasuit.ioTESLASUIT GLOVE -AUTOMOTIVE
Vehicle Ergonomics
Effects on driver and passenger
Simulate human interaction in cars under design
Virtual Prototyping:
Evaluate new designs and features
Enable Real-time collaboration
Cut time-to-market costs
Rapid ideate and iterate design
Training:
Enable trainees to learn safety
Onboard workers quicker
Increase effectiveness
teslasuit.ioTESLASUIT GLOVE -MANUFACTURING teslasuit.io
TESLASUIT STUDIO
Full application development support for
deploying Teslasuit and Teslaglove in xR environments.
Systems:
EMS/TENS/FES (haptic feedback)
Motion capture
Biometry
Development:
Unity
Unreal
Cryengine
Android
VBS
teslasuit.ioREADY TO ENTER THE XR ERA?
Email p.nickeas@teslasuit.io
For more information visit teslasuit.io
Get the latest TESLASUIT news TESLASUIT AWARDS
@teslasuit @teslasuit
@teslasuit @tesla-suit
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