Planned dashboard
See the signals
- Live values from eight stretch-sensing zones
- Acceleration and rotation readings
- Side-by-side left/right comparisons
- A warning when incoming data becomes stale
Human performance
Measure the body where it moves.
Ranjit Global is developing fitness concepts that move beyond passive tracking and toward useful, movement-aware feedback.
Coming Soon / FormFiber
Alpha-0.2 / Male and female fit concepts
One connected system. Two dedicated fits.
FormFiber is a one-piece smart fitness suit being developed to make body movement easier to understand. Eight experimental fabric stretch-sensing zones, arranged in four left/right pairs, work alongside a six-axis motion sensor. A removable pod at the wearer’s left waist is designed to connect wirelessly to a live browser dashboard.
Male fit
Female fit
8Textile strain channels
6-axisInertial motion sensing
BluetoothWireless data connection
Live dataBrowser dashboard
Coming soon. These are planned Alpha-0.2 prototype features, subject to testing and refinement. The first physical prototype is planned in the male fit; the female fit remains a future design reference. A commercial release date has not been announced.
Purpose
A closer look at how you move.
Instead of relying only on wrist movement, the concept explores how fabric stretches across the body. The first prototype will focus on making those signals visible and comparing left and right responses during simple movements.
Alpha-0.2 design
Built around movement
- One-piece black stretch suit with flexible gold trim
- Short sleeves and mid-thigh legs
- Center-back zipper with a soft skin guard
- Removable electronics pod at the left waist
How the concept works
From fabric stretch to a live view.
The first engineering sample is planned for supervised dry-use movement tests. Its readings will help evaluate the sensing system before more advanced fitness feedback is developed.
One-piece suit
The back zipper provides access to the stretch suit, with a removable pod at the wearer’s left waist.
Stretch + motion
Eight experimental fabric-sensing zones and a six-axis motion sensor are planned to record movement signals.
Bluetooth link
The pod is designed to send readings wirelessly to a dashboard in desktop Chrome.
Live dashboard
View sensor values, compare left/right responses, and export a CSV file for further analysis.
Development path
Comfort, calibration, and durability come first.
A good wearable must earn its place on the body. That requires physical samples, diverse fit testing, wash validation, and honest accuracy limits.
Prove the system
Validate sensor behavior, electronics, fit, Bluetooth, and the first motion algorithms.
Freeze architecture
Test washability, sweat, impact, RF behavior, sizing, and repeatable calibration.
Prove the process
Establish controlled assembly, test fixtures, traceability, and acceptable pilot yield.
Release responsibly
Move only after quality limits, compliance, supplier controls, and a golden sample are approved.
Fitness technology should make movement easier to understand, not bury the athlete in noise.Ranjit Global product principle
FormFiber is positioned as a consumer fitness and wellness concept. It is not a medical device and is not presented as diagnosing, treating, or preventing any condition.
Coming Soon / RANJIT TITANRESERVE
A reserve of energy.
Wearable lifting assistance / DFM V1 concept
A reserve of energy.
A lift toward tomorrow.
TITANRESERVE is a wearable hip-assist exoskeleton in development for repetitive lifting, carrying, and material handling. Its planned system stores mechanical energy between lifts, then contributes controlled hip-extension assistance as the wearer stands. The wearer stays in control of the movement.
Explore the design
Engineered around the hips.
The proposed structure keeps heavy components close to the pelvis and ends at the upper thighs. A torso harness and pelvic frame are intended to distribute reaction loads while thigh linkages deliver assistance.
01 / Stored energy
Hip modules
A compact motor is planned to preload a contained spring while the wearer-side output is isolated. A controlled clutch would then couple the stored energy to the thigh linkage during approved standing motion.
What is being developed?
The first milestone is one guarded, instrumented hip module. Measured assistance, release behavior, and spring containment must be validated before passive fit studies and controlled wearable evaluation.
What will users control?
The concept proposes physical OFF/FREE, LOW, MEDIUM, and HIGH settings. Assist levels, free movement, and an independent mechanical release remain engineering and testing requirements.
How the concept works
Store. Assist. Reset.
Charge between lifts
A battery powers a compact motor that preloads the spring. The output remains isolated from the wearer during charging.
Concept walkthrough. This animation illustrates the planned sequence, not measured product performance.
Coming soon. TITANRESERVE is in early engineering development, with no physically validated prototype or performance results yet. Images show design direction. Availability, specifications, and launch timing will be announced after development and testing.
Textiles / sensors / sports science