Explore the products
See FormFiber and TITANRESERVE, explore the designs, and understand what each concept is being developed to do.
View coming-soon productsSmart apparel. Wearable assistance. Ideas with a practical purpose. Explore the Ranjit Global development portfolio, or bring your engineering, manufacturing, or contracting expertise to its next stage.
Concept imagery / In development
Smart fitness apparel exploring fabric stretch sensing and live movement data.
Explore FormFiberFor curious customers, experienced builders, and organizations looking for a development partner.
See FormFiber and TITANRESERVE, explore the designs, and understand what each concept is being developed to do.
View coming-soon productsStart a conversation about an early-stage R&D opportunity, a potential teaming role, or a product-development need.
Explore collaborationBring prototyping, smart textiles, electronics, mechanical design, or manufacturing expertise to a defined development scope.
Introduce your capabilitiesComing soon: smart fitness apparel designed to help you see how your body moves. Explore the male and female fit concepts while FormFiber progresses through prototype development.
FormFiber is a one-piece smart fitness suit being developed with eight fabric stretch-sensing zones and a six-axis motion sensor. A removable pod at the wearer’s left waist is designed to send data over Bluetooth to a live browser dashboard, helping users compare left and right movement.
In development. The first Alpha-0.2 prototype is planned in the male fit; the female fit is a future design direction. Launch timing will be announced as development progresses.
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.
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.
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.
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.
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.
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.
Every product direction should earn its next stage through useful testing, honest constraints, and disciplined iteration.
Define the user, the friction, and the measurable reason a product should exist.
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Prototype, measure, learn, and separate demonstrated performance from assumptions.
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Navin Anthony Ranjit founded RANJIT LLC to develop purposeful products, assemble strong technical and manufacturing partnerships, and build a company known for clear standards.
Navin Anthony Ranjit
Founder & Chief Executive Officer