Exonetik

Supports: Profile · reviewed questions.exonetik-q1.confidence

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Profile · reviewed questions.exonetik-q1.id

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Profile · operating context

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Profile · canadian footprint

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · technical tags

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · technical tags

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · technology readiness level

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · slug

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · core features

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · capability type

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · technical tags

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · summary

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · technicaldomainslugs

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · commercial availability

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · name

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · technicaldomainslugs

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · defence applications

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · defence applications

Exonetik Turbo describes a patented inside-out ceramic turbine architecture under commercialization with industry partners, targeting up to 50% thermal efficiency and 5 kW/kg power density, including range-extender applications. These are company design claims, not independently verified delivered-system performance. Exonetik lists Sherbrooke at 3500 Boulevard Industriel.

Supports: Ceramic turbogenerator development · summary

NATO DIANA lists Exonetik in its 2026 Canadian cohort for a fuel-flexible turbogenerator for mobile and microgrid power. Accelerator selection is evidence of development engagement, not qualification or a procurement award.

Supports: Profile · reviewed questions.exonetik-q1.id

Exonetik Turbo Inc. offers Tier 1 turbine-generator subsystem collaboration in a CanadaBuys supplier profile: 30 and 60 kW powerpacks and JP8, Jet A1, diesel and gasoline compatibility are supplier statements; hydrogen capability is in development. The page is a partner expression of interest, not a purchase order or government performance validation.

Supports: Profile · reviewed questions.exonetik-q1.context

Exonetik Turbo Inc. offers Tier 1 turbine-generator subsystem collaboration in a CanadaBuys supplier profile: 30 and 60 kW powerpacks and JP8, Jet A1, diesel and gasoline compatibility are supplier statements; hydrogen capability is in development. The page is a partner expression of interest, not a purchase order or government performance validation.

Supports: Profile · reviewed questions.exonetik-q1.question

Exonetik Turbo Inc. offers Tier 1 turbine-generator subsystem collaboration in a CanadaBuys supplier profile: 30 and 60 kW powerpacks and JP8, Jet A1, diesel and gasoline compatibility are supplier statements; hydrogen capability is in development. The page is a partner expression of interest, not a purchase order or government performance validation.

Supports: Ceramic turbogenerator development · summary

Exonetik Turbo Inc. offers Tier 1 turbine-generator subsystem collaboration in a CanadaBuys supplier profile: 30 and 60 kW powerpacks and JP8, Jet A1, diesel and gasoline compatibility are supplier statements; hydrogen capability is in development. The page is a partner expression of interest, not a purchase order or government performance validation.

Supports: Ceramic turbogenerator development · core features

Exonetik Turbo Inc. offers Tier 1 turbine-generator subsystem collaboration in a CanadaBuys supplier profile: 30 and 60 kW powerpacks and JP8, Jet A1, diesel and gasoline compatibility are supplier statements; hydrogen capability is in development. The page is a partner expression of interest, not a purchase order or government performance validation.

Supports: Profile · reviewed questions.exonetik-first-conversation.question

True North Map derives this first-conversation question from the documented Exonetik capability, current evidence and the decision gap that remains.

Supports: Profile · operating context

Electronically controllable resistive force; Compact direct-drive mechanical architecture; Force-feedback and haptic-control integration; Robotic and aerospace actuator configurations

Supports: Profile · current activity

Exonetik's official materials describe work with Bell Flight on haptic-feedback technology, while Canadian Space Agency contribution records document earlier development of lightweight magnetorheological actuators for collaborative space robots.

Supports: Profile · canadian footprint

Exonetik describes backdrivable magnetorheological actuators with adjustable impedance, programmable power-off torque and torque limiting. It reports Bell Flight work on haptic helicopter controls/seats and Magna work on active seat suspension. The page identifies 3500 Boulevard Industriel, Sherbrooke and contact@exonetik.com.

Supports: Profile · operating context

Exonetik describes backdrivable magnetorheological actuators with adjustable impedance, programmable power-off torque and torque limiting. It reports Bell Flight work on haptic helicopter controls/seats and Magna work on active seat suspension. The page identifies 3500 Boulevard Industriel, Sherbrooke and contact@exonetik.com.

Supports: Magnetorheological actuator systems · technology readiness level

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · technical tags

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · technicaldomainslugs

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · maturity

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · technicaldomainslugs

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · technical tags

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · technical tags

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · defence applications

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · commercial availability

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · summary

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · technicaldomainslugs

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · capability type

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · defence applications

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · defence applications

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · name

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · technical tags

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · core features

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems · summary

Exonetik develops compact actuators whose output force is controlled by changing the properties of magnetorheological fluid, enabling controllable resistance, force feedback and lightweight robotic joints.

Supports: Magnetorheological actuator systems → Autonomous Patrol and Monitoring

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems → Autonomous Patrol and Monitoring

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems → Autonomous Patrol and Monitoring

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.

Supports: Magnetorheological actuator systems → Autonomous Patrol and Monitoring

Compact controllable actuators could support manipulation or control subsystems on autonomous platforms; this component-level fit is derived and requires platform-specific integration evidence.

Supports: Magnetorheological actuator systems → Autonomous Patrol and Monitoring

Exonetik’s browser-rendered technology page describes high-backdrivability MR actuators with low friction and reflected inertia, adjustable impedance and programmable power-off torque. It reports Bell Flight haptic-control development and a Magna active-seat collaboration; these development examples do not establish certified fleet installation.