Motor-controlled digital resistance, physical weights, and on-device AI pose tracking, combined in a single connected machine — for training rooms and rehab clinics that need real numbers, not estimates.
Unified dual architecture
The synergy of clinical mechanical predictability and real-time robotic adaptation.
Resistance is adjusted in real time by the motor control system and layered with physical weights, so the feel stays familiar while the resistance curve itself becomes programmable — accommodating, eccentric-emphasis, or fixed, depending on the protocol.
An on-device vision system tracks the user's skeletal movement through every rep, recognizing the exercise, counting reps automatically, and flagging posture deviations as they happen, not after the session.
Comprehensive telemetry
Six continuous streams of kinematic and force telemetry captured without wearable sensors.
Full-body 3D pose tracking through every phase of movement without markers or straps.
Automatically identifies the movement and variation being performed with zero manual setup.
Flags form deviations, compensations, and asymmetric bilateral loading live in real time.
Corroborating optical safety shield working continuously alongside mechanical stops.
Dynamic motor response tailored to instant cable velocity, sticking points, and muscle fatigue.
Direct force, velocity, peak power, and range-of-motion metrics captured at 120 FPS.
LeoTron Pro's safety architecture doesn't rely on any single system. Inherent mechanical limits, a manual emergency stop, deterministic firmware-level limits, and a vision-based monitoring layer all operate independently — vision corroborates the other three, it never replaces them.
Layer 01
Mechanical physical hard-stops and dual physical cables preventing over-travel, drops, or hardware failure.
Layer 02
Rapid-access physical emergency stop switch and instant cable release clutches accessible to athlete or spotter.
Layer 03
Microcontroller firmware-enforced velocity, acceleration, and torque thresholds executed directly at the motor driver.
Layer 04
Real-time optical depth monitoring detecting joint buckling, sudden slip, or loss of balance to auto-decelerate.
Corroborates mechanical & firmware limits — never sole authority.
Dual discipline utility
Seamlessly toggling between high-performance athletic loading and calibrated clinical physical therapy.
Engineered for high-output power production, velocity-based training protocols, and explosive athletic adaptations without compromise.
Calibrated for precise early-stage postoperative mobilization, progressive overload, and objective recovery tracking.
Ecosystem connectivity
Every rep connects hardware, athlete, coach, and institutional oversight into one unified data fabric.
Athlete & patient companion
Delivers live rep cadence feedback, personalized workout progression, and independent home or satellite recovery metrics.
Syncs to LeoTron Pro via BLE 5.3The on-device robotic powerhouse executing motor algorithms and kinematic capture locally at 120 FPS.
Staff & therapist console
Provides multi-bay floor oversight, simultaneous protocol assignment, real-time posture intervention, and session sign-offs.
Direct Multi-Bay ControlCross-facility fleet utilization, longitudinal battery compliance, and certified EMR/EHR export
Engineering specs
Industrial-grade hardware engineered for high-volume commercial and clinical environments.
Motor-controlled digital resistance + physical weight stack (dual hybrid modality). Sub-millimeter servo modulation capable of eccentric overload, accommodating resistance, and static isometric stops.
Optical depth-camera 3D pose tracking (120 FPS), high-frequency continuous load cells, dual digital rotary optical encoders, and integrated floor base pressure distribution array.
Integrated 40-inch vertical anti-glare high-resolution optical-bonded touchscreen for live real-time kinematic telemetry and clinician-guided protocol interaction.
Dual-band Wi-Fi 6 (802.11ax), Bluetooth Low Energy 5.3 (BLE), and shielded Gigabit Ethernet for instantaneous LeoTron Wave companion and LeoTron Coach central console synchronisation.
Dedicated on-device neural edge computing module executing proprietary computer vision models, pose estimation algorithms, and real-time biomechanics kinematics locally with <150ms total latency.
Four independent redundant layers — mechanical physical hard stops, rapid-access manual E-stop, deterministic microcontroller firmware limits, and vision-based slip/buckle motor disengage.
A full technical spec sheet is being finalized alongside the pilot program and will replace this table with exact certified tolerances once locked.
Ready for evaluation
Experience real-time robotic resistance control and computer-vision kinematic tracking firsthand with your own training and clinical staff.
On-site deployment supportComprehensive staff accreditation