Immersive Environments
Trail-based experiences encourage sustained attention, cognitive engagement, and repeated effort.
Torque3 is a medical technology startup developing immersive robotics systems designed to help people living with stroke, traumatic brain injury, and other neurological impairments pursue measurable functional improvement after conventional recovery has slowed or plateaued.
We are combining robotics, immersive environments, progressive physical challenge, cognitive engagement, and performance analytics into a new model of neurorehabilitation-one designed to prompt neural remapping that restores lost functionality with the goal of returning them to an active and independent lifestyle.
The Problem
Fewer than 10% of stroke survivors return to active, independent lifestyles.
For many stroke, TBI, and neurological impairment survivors, conventional rehabilitation slows or ends long before the desire for recovery is gone.
Patients and families are often left facing reduced mobility, impaired balance, loss of confidence, caregiver dependence, and a diminished quality of life. They need more than isolated exercises. They need a setting that is engaging enough to keep them working, structured enough to guide progression, and measurable enough to show whether improvement is occurring.
Torque3 is focused on this underserved population: people who are no longer in acute recovery, but who still have the motivation and need to pursue meaningful functional progress.
The Torque3 Approach
Torque3 is building a platform and center network designed to address one of rehabilitation's hardest challenges: helping patients sustain the repeated, high-effort work required for meaningful improvement.
Our approach integrates physical movement, cognitive attention, immersive environments, robotic assistance and resistance, and real-time performance tracking into one structured experience.
The result is a rehabilitation model designed not only to motivate patients, but also to help clinicians, center operators, and future strategic partners understand progression through data.
Trail-based experiences encourage sustained attention, cognitive engagement, and repeated effort.
Patients train safely while being challenged over time with robotic systems.
Balances hemiplegic patients efforts for a smooth experience.
Platform analytics capture performance signals that can help document change between formal clinical evaluations.
OutbounderARS
For detailed product information, patient suitability, trail environments, center information, and appointment-related content, visit www.outbounderARS.com.
Visit OutbounderARS.comCommercial Model
Torque3 is not building a single-product equipment company. We are developing a dedicated center model designed to standardize the patient experience, collect comparable outcomes, refine operations, support referral-driven growth, and create a stronger foundation for long-term strategic value.
Each Outbounder center can serve as both a treatment location and a data-generation node. That combination is central to expanding access, documenting outcomes, strengthening the business model, and building the evidence base needed for future reimbursement and strategic growth.
Torque3's commercial model may include platform sales, licensing, service, warranty, software, support, center network value, and future data-driven opportunities.
Torque3's larger plan is to establish a small but growing network of dedicated neurorehabilitation centers that can produce real-world outcomes, operating data, customer acquisition learnings, referral momentum, and future evidence for clinical and strategic validation.
Proof of Concept
Prototype Evolution
Internal Studies
Commercialization
Population Analysis
Acquire CPT Code
Careers
Torque3 is preparing for its next stage of growth. As we expand, we will need builders who want to work on difficult, meaningful problems at the intersection of robotics, software, simulation, clinical operations, manufacturing, data, and human recovery.
This is not incremental healthcare technology. It is a physical, immersive, data-generating rehabilitation platform designed for people whose lives have been disrupted by stroke, TBI, and other neurological impairments.
If you want to help build technology that can affect mobility, independence, confidence, and quality of life, we want to know you.
Engineering
Robotics and controls, mechanical engineering, and electrical engineering.
Software
Integration, GUI, simulation, and game development for an immersive clinical platform.
Clinical Operations
Training and center workflows that support consistent patient experiences.
Manufacturing
Machining, quality control, logistics, and assembly for complex physical systems.
Field Support
Technicians who keep deployed systems reliable, supported, and ready for clinical use.
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