Infinition Inc.
- 2965 Rue Des Prairies, G8V1W4 Trois-Rivières, Quebec, Canada
- www.infinition.com
Description
Infinition Inc. is a Canadian manufacturer of Doppler tracking radar systems for ballistic test ranges. For 30 years the company has supplied instrumentation radars, motorized tracking mounts and analysis software to defence laboratories, proving grounds, ammunition manufacturers and research institutions worldwide.
At MSPO 2026 Infinition presents its complete Doppler measurement chain — from an affordable indoor radar to long-range trajectory tracking — unified by a single analysis platform.
TESTCENTER 7 — next-generation analysis software
The most advanced software available for ballistic Doppler radar measurement. TestCenter 7 introduces a fully redesigned user interface, a dynamic graphic engine, integrated project management, batch processing and an improved drag module for aerodynamic coefficient extraction. It handles single shots, bursts and in-bore measurements, producing velocity-versus-time, Cd-versus-Mach and spectrogram analysis within one environment.
BR-2401 — affordable short-range radar, fast to deploy
A new entry-level Doppler radar designed for indoor ranges and short-range measurement. The BR-2401 addresses small-calibre projectiles from 5.56 mm to .50 cal, delivering muzzle velocity, short-range velocity and rate-of-fire measurement with typical accuracy better than 0.05 %. An integrated 520 nm laser diode allows fast, reliable alignment, and onboard signal processing outputs over a single ruggedized Ethernet cable — eliminating Doppler coaxial cabling. The sealed, precision-machined aluminium housing weighs 3.4 kg and operates from -20 °C to +50 °C.
BR-33030 with TH-1000 motorized head — long-range trajectory tracking
For long-range work, the BR-33030 tracks 7.62 mm projectiles beyond 2 km and supports drag analysis from hypersonic flight through the transonic region to subsonic. Mounted on the TH-1000 motorized head, the antenna follows the projectile's trajectory, extending usable range well beyond what a fixed antenna achieves.
Visit us at booth 7-D49 in the Canada Pavilion.
At MSPO 2026 Infinition presents its complete Doppler measurement chain — from an affordable indoor radar to long-range trajectory tracking — unified by a single analysis platform.
TESTCENTER 7 — next-generation analysis software
The most advanced software available for ballistic Doppler radar measurement. TestCenter 7 introduces a fully redesigned user interface, a dynamic graphic engine, integrated project management, batch processing and an improved drag module for aerodynamic coefficient extraction. It handles single shots, bursts and in-bore measurements, producing velocity-versus-time, Cd-versus-Mach and spectrogram analysis within one environment.
BR-2401 — affordable short-range radar, fast to deploy
A new entry-level Doppler radar designed for indoor ranges and short-range measurement. The BR-2401 addresses small-calibre projectiles from 5.56 mm to .50 cal, delivering muzzle velocity, short-range velocity and rate-of-fire measurement with typical accuracy better than 0.05 %. An integrated 520 nm laser diode allows fast, reliable alignment, and onboard signal processing outputs over a single ruggedized Ethernet cable — eliminating Doppler coaxial cabling. The sealed, precision-machined aluminium housing weighs 3.4 kg and operates from -20 °C to +50 °C.
BR-33030 with TH-1000 motorized head — long-range trajectory tracking
For long-range work, the BR-33030 tracks 7.62 mm projectiles beyond 2 km and supports drag analysis from hypersonic flight through the transonic region to subsonic. Mounted on the TH-1000 motorized head, the antenna follows the projectile's trajectory, extending usable range well beyond what a fixed antenna achieves.
Visit us at booth 7-D49 in the Canada Pavilion.
Products
BR-12201 – 122.5 GHz In-Bore Doppler Radar
BR-12201 – 122.5 GHz In-Bore Doppler Radar
The BR-12201 is a 122.500 GHz Doppler radar built for one job: measuring the projectile while it accelerates inside the barrel. Propellant burn, friction and projectile behaviour decide what leaves the muzzle, and on small calibres that phase has until now been largely out of reach.
At 122.500 GHz the wavelength is about 2.4 mm, roughly ten times shorter than X-band. That is what lets the energy propagate inside a small-calibre bore and resolve the projectile as it accelerates. In-bore measurement is possible from 5.56 mm upwards, and down to 4.7 mm with additional mode correction — where the Ka-band BR-3503 starts at 20 mm.
A complete chain has five parts: the radar, a reflector that folds the beam onto the bore axis, the AT-01 acoustic trigger, the JB-6e junction box and TestCenter 7.
Frequency: 122.500 GHz, continuous wave (CW)
Application: in-bore measurement, projectile velocity inside the barrel
Minimum calibre: 5.56 mm; 4.7 mm with additional mode correction
Antenna type: circular waveguide
Antenna gain: 30 dBi
Beamwidth: 4.3° × 5.3°
Transmitter source: Gunn diode
Transmitter output power: 7 dBm
Radial velocity coverage: 30 – 1 450 m/s
Velocity measurement precision: ± 0.1 %
Data acquisition: JB-6e junction box, 16-bit, Ethernet output, virtually unlimited recording time
Trigger: AT-01 acoustic trigger, required for in-bore measurement
Reflector: customer-made from any microwave-reflective material, treated as a consumable
Operating temperature: 0 °C to +40 °C
Power supply: 115 V AC, 60 Hz, 1.0 A or 230 V AC, 50 Hz, 0.5 A
Enclosure: precision-machined, fully sealed aluminium, with carrying handle
Software: TestCenter 7 — velocity vs time, velocity vs in-bore travel, muzzle velocity
Application: in-bore measurement, projectile velocity inside the barrel
Minimum calibre: 5.56 mm; 4.7 mm with additional mode correction
Antenna type: circular waveguide
Antenna gain: 30 dBi
Beamwidth: 4.3° × 5.3°
Transmitter source: Gunn diode
Transmitter output power: 7 dBm
Radial velocity coverage: 30 – 1 450 m/s
Velocity measurement precision: ± 0.1 %
Data acquisition: JB-6e junction box, 16-bit, Ethernet output, virtually unlimited recording time
Trigger: AT-01 acoustic trigger, required for in-bore measurement
Reflector: customer-made from any microwave-reflective material, treated as a consumable
Operating temperature: 0 °C to +40 °C
Power supply: 115 V AC, 60 Hz, 1.0 A or 230 V AC, 50 Hz, 0.5 A
Enclosure: precision-machined, fully sealed aluminium, with carrying handle
Software: TestCenter 7 — velocity vs time, velocity vs in-bore travel, muzzle velocity
BR-2401 – Compact Doppler Radar with Integrated Acquisition
BR-2401 – Compact Doppler Radar with Integrated Acquisition
The BR-2401 is a compact K-band Doppler radar for muzzle velocity and short-range ballistic velocity measurement. Data acquisition and signal processing are integrated inside the radar, which makes it simpler to install and more affordable than conventional multi-box systems.
A complete chain has three parts: the BR-2401 radar, the AT-01 muzzle trigger, and TestCenter 7 software. With no separate junction box, there is far less cabling to deploy. The radar handles projectiles from 5.56 mm up to 12.7 mm (.50 cal). An integrated 520 nm laser diode enables fast alignment, and the sealed, precision-machined aluminium housing weighs 3.4 kg.
Canadian product, ITAR-free and not export-controlled from Canada. Infinition has built Doppler instrumentation radars for 30 years, in service on ranges worldwide.
Band: K | Range (typical): 5.56 mm (-58 dBsm RCS) – 70 m | 7.62 mm (-49 dBsm RCS) – 100 m
Frequency: 24.080 GHz nominal (±10 ppm), with frequency verification
Transmitter source: phase-locked oscillator, CW
Transmitter output: 27 dBm EIRP
Antenna type: flat panel microstrip, bi-static configuration
Antenna gain: 20 dBi (Tx) / 27 dBi (Rx), min.
Beamwidth: 8° × 18° (Tx) | 5° × 5° (Rx)
Polarization: vertical or horizontal
Data acquisition: integrated, 16-bit, Ethernet output
Receiver noise figure: < 3 dB (all losses combined)
Radial velocity range: 30 – 3 000 m/s
Velocity measurement accuracy: < 0.05 % | Precision: ± 0.1 % (all V0 measurement factors included)
Alignment: integrated 520 nm laser diode
Operating temperature: −20 °C to +50 °C | Humidity: up to 100 % RH, condensing (sealed housing)
Power supply: 12 V DC, 2.0 A max.
Dimensions: 22.2 × 24.6 × 7.5 cm | Weight: 3.4 kg
Approvals: FCC
Included: 15 m (50 ft) ruggedized Ethernet cable
Range figures are sensitivity limits under flat-trajectory test conditions, not guaranteed values.
Frequency: 24.080 GHz nominal (±10 ppm), with frequency verification
Transmitter source: phase-locked oscillator, CW
Transmitter output: 27 dBm EIRP
Antenna type: flat panel microstrip, bi-static configuration
Antenna gain: 20 dBi (Tx) / 27 dBi (Rx), min.
Beamwidth: 8° × 18° (Tx) | 5° × 5° (Rx)
Polarization: vertical or horizontal
Data acquisition: integrated, 16-bit, Ethernet output
Receiver noise figure: < 3 dB (all losses combined)
Radial velocity range: 30 – 3 000 m/s
Velocity measurement accuracy: < 0.05 % | Precision: ± 0.1 % (all V0 measurement factors included)
Alignment: integrated 520 nm laser diode
Operating temperature: −20 °C to +50 °C | Humidity: up to 100 % RH, condensing (sealed housing)
Power supply: 12 V DC, 2.0 A max.
Dimensions: 22.2 × 24.6 × 7.5 cm | Weight: 3.4 kg
Approvals: FCC
Included: 15 m (50 ft) ruggedized Ethernet cable
Range figures are sensitivity limits under flat-trajectory test conditions, not guaranteed values.
BR-29015 – Doppler Radar for Ballistic Measurement
BR-29015 – Doppler Radar for Ballistic Measurement
The BR-29015 is a field-proven X-band Doppler radar for ballistic velocity measurement and analysis. It handles standard, tracer and base-bleed projectiles, APDS/APFSDS sub-calibre ammunition, rockets and mortars, in calibres from 5.56 mm up to 155 mm, on artillery proving grounds as well as small-arms ranges.
The optional TH-1000 motorized tracking head follows the projectile along its trajectory and extends usable range further. A complete chain has four parts: the radar antenna, the AT-01 muzzle trigger, the JB-6e junction box and TestCenter 7 software.
Canadian product, ITAR-free and not export-controlled from Canada: an End User Certificate is the only formality. In service in the United States, the United Kingdom, France, Belgium, Germany, Australia and New Zealand, among others.
Band: X | Range (typical / maximum): 5.56 mm (-58 dBsm RCS) – over 800 m / 1 000 m | 7.62 mm (-49 dBsm RCS) – over 1 000 m / 1 250 m
Frequency: 10.525 GHz nominal (±10 ppm)
Transmitter source: phase-locked DRO, CW
Transmitter output power: 1 or 15 W, selectable (higher power optional)
Antenna type: flat panel microstrip, bi-static configuration
Antenna gain: 29 dBi
Beamwidth: 4° × 4°
Polarization: vertical (horizontal optional)
Receiver noise figure: < 1.8 dB
Radial velocity range: 30 – 3 000 m/s (10 000 m/s optional)
Velocity measurement accuracy: < 0.05 % | Precision: ± 0.1 % (all V0 measurement factors included)
Operating temperature: −20 °C to +50 °C | Humidity: up to 100 % RH, condensing (sealed housing)
Power supply: 115 V AC, 60 Hz, 2.0 A or 230 V AC, 50 Hz, 1.0 A
Dimensions: 83 × 45 × 10 cm | Weight: 21 kg (without the yoke)
Approvals: FCC
Included: boresight telescope for alignment with the line of fire
Range figures are sensitivity limits under flat-trajectory test conditions, not guaranteed values.
Frequency: 10.525 GHz nominal (±10 ppm)
Transmitter source: phase-locked DRO, CW
Transmitter output power: 1 or 15 W, selectable (higher power optional)
Antenna type: flat panel microstrip, bi-static configuration
Antenna gain: 29 dBi
Beamwidth: 4° × 4°
Polarization: vertical (horizontal optional)
Receiver noise figure: < 1.8 dB
Radial velocity range: 30 – 3 000 m/s (10 000 m/s optional)
Velocity measurement accuracy: < 0.05 % | Precision: ± 0.1 % (all V0 measurement factors included)
Operating temperature: −20 °C to +50 °C | Humidity: up to 100 % RH, condensing (sealed housing)
Power supply: 115 V AC, 60 Hz, 2.0 A or 230 V AC, 50 Hz, 1.0 A
Dimensions: 83 × 45 × 10 cm | Weight: 21 kg (without the yoke)
Approvals: FCC
Included: boresight telescope for alignment with the line of fire
Range figures are sensitivity limits under flat-trajectory test conditions, not guaranteed values.
BR-33030 – Long-Range Doppler Radar with TH-1000 Tracking Head
BR-33030 – Long-Range Doppler Radar with TH-1000 Tracking Head
The BR-33030 is a field-proven X-band Doppler radar for long-range ballistic velocity measurement. It handles standard, tracer and base-bleed projectiles, APDS/APFSDS sub-calibre ammunition, rockets and mortars, in calibres from 5.56 mm up to 155 mm.
A complete chain has four parts: the BR-33030 antenna, the AT-01 muzzle trigger, the JB-6e junction box and TestCenter 7 software. Transmitter power is selectable between 3 W and 30 W. On the TH-1000 motorized tracking head, the antenna follows the projectile along its trajectory and extends usable range far beyond what a fixed antenna allows.
Canadian product, ITAR-free and not export-controlled from Canada: an End User Certificate is the only formality. In service in the United States, the United Kingdom, France, Belgium, Germany, Australia and New Zealand, among others.
Band: X | Range (typical / maximum): 5.56 mm (-58 dBsm RCS) – over 1 200 m / 1 500 m | 7.62 mm (-49 dBsm RCS) – over 1 700 m / 2 000 m
Frequency: 10.525 GHz nominal (±10 ppm)
Transmitter source: phase-locked oscillator, CW
Transmitter output power: 3 or 30 W, selectable
Antenna type: flat panel microstrip, bi-static configuration
Antenna gain: 32 dBi (min.)
Beamwidth: 3° × 3°
Polarization: vertical (horizontal optional)
Receiver noise figure: < 1.8 dB
Radial velocity range: 30 – 3 000 m/s (10 000 m/s optional)
Velocity measurement accuracy: < 0.05 % | Precision: ± 0.1 % (all V0 measurement factors included)
Operating temperature: −20 °C to +50 °C | Humidity: up to 100 % RH, condensing (sealed housing)
Power supply: 115 V AC, 60 Hz, 4.0 A or 230 V AC, 50 Hz, 2.0 A
Dimensions: 114 × 55 × 13 cm | Weight: 37 kg
Housing: sealed ruggedized casting, white finish
Data acquisition: JB-6e junction box, 16-bit, Ethernet
Included: boresight telescope for alignment with the line of fire
Range figures are sensitivity limits under flat-trajectory test conditions, not guaranteed values.
Frequency: 10.525 GHz nominal (±10 ppm)
Transmitter source: phase-locked oscillator, CW
Transmitter output power: 3 or 30 W, selectable
Antenna type: flat panel microstrip, bi-static configuration
Antenna gain: 32 dBi (min.)
Beamwidth: 3° × 3°
Polarization: vertical (horizontal optional)
Receiver noise figure: < 1.8 dB
Radial velocity range: 30 – 3 000 m/s (10 000 m/s optional)
Velocity measurement accuracy: < 0.05 % | Precision: ± 0.1 % (all V0 measurement factors included)
Operating temperature: −20 °C to +50 °C | Humidity: up to 100 % RH, condensing (sealed housing)
Power supply: 115 V AC, 60 Hz, 4.0 A or 230 V AC, 50 Hz, 2.0 A
Dimensions: 114 × 55 × 13 cm | Weight: 37 kg
Housing: sealed ruggedized casting, white finish
Data acquisition: JB-6e junction box, 16-bit, Ethernet
Included: boresight telescope for alignment with the line of fire
Range figures are sensitivity limits under flat-trajectory test conditions, not guaranteed values.
BR-3503 – Ka-Band Doppler Radar for Indoor and In-Bore Ballistics
BR-3503 – Ka-Band Doppler Radar for Indoor and In-Bore Ballistics
The BR-3503 is a field-proven Ka-band Doppler radar for muzzle velocity, in-bore and short-range ballistic velocity measurement. It is specialized for indoor firing ranges, where it outperforms lower-frequency radars, including 10 GHz class systems.
At 35.5 GHz the wavelength gives more than three times the resolution of an X-band radar, so accurate velocity data are obtained down to a few metres from the muzzle and on calibres as small as 1 mm spheres. The narrow 4° × 4° lens horn beam concentrates energy on the line of fire and limits wall and ceiling clutter. In-bore measurement is possible from 20 mm calibre upwards, using a reflector.
A complete chain has four parts: the BR-3503 antenna, the AT-01 muzzle trigger, the JB-6e junction box and TestCenter 7 software. At 6.35 kg it is a mature, cost-effective alternative to optical chronographs.
Band: Ka | Maximum range (typical): 4.7 mm – 125 m | 20 mm – 530 m | 25 mm – 650 m | 155 mm – over 1 000 m
Frequency: 35.5 GHz (nominal), continuous wave
Transmitter source: Gunn oscillator, CW, no modulation
Transmitter output power: > 0.1 W
Antenna type: lens horn
Antenna gain: 28 dBi
Beamwidth: 4° × 4°
Polarization: circular
Receiver noise figure: < 8 dB
Radial velocity range: 30 – 3 000 m/s
Velocity measurement accuracy: ± 0.1 %
In-bore measurement: from 20 mm calibre upwards, with a reflector
Minimum measuring distance: a few metres from the muzzle
Data acquisition: JB-6e junction box, 16-bit, Ethernet output
Operating temperature: −20 °C to +50 °C
Power supply: 115 V AC, 60 Hz, 0.3 A or 230 V AC, 50 Hz, 0.15 A
Dimensions: antenna head 35.5 cm (L) × 19.0 cm (OD) | power supply 20 × 15 × 6 cm
Weight: 6.35 kg | Approvals: FCC
Range figures are sensitivity limits, not guaranteed values.
Frequency: 35.5 GHz (nominal), continuous wave
Transmitter source: Gunn oscillator, CW, no modulation
Transmitter output power: > 0.1 W
Antenna type: lens horn
Antenna gain: 28 dBi
Beamwidth: 4° × 4°
Polarization: circular
Receiver noise figure: < 8 dB
Radial velocity range: 30 – 3 000 m/s
Velocity measurement accuracy: ± 0.1 %
In-bore measurement: from 20 mm calibre upwards, with a reflector
Minimum measuring distance: a few metres from the muzzle
Data acquisition: JB-6e junction box, 16-bit, Ethernet output
Operating temperature: −20 °C to +50 °C
Power supply: 115 V AC, 60 Hz, 0.3 A or 230 V AC, 50 Hz, 0.15 A
Dimensions: antenna head 35.5 cm (L) × 19.0 cm (OD) | power supply 20 × 15 × 6 cm
Weight: 6.35 kg | Approvals: FCC
Range figures are sensitivity limits, not guaranteed values.
TestCenter 7 – Doppler Radar Processing Software
TestCenter 7 – Doppler Radar Processing Software
TestCenter 7 is the latest generation of Infinition's radar signal processing software, and the common analysis platform across the full range of Infinition Doppler radars.
The software processes the signal in real time and extracts muzzle velocity, velocity at any distance, drag coefficient, projectile spin and rate of fire, producing full ballistic reports. It handles single shots, bursts and in-bore measurements.
Version 7 is built for throughput: dozens of files can be cross-checked side by side, a firing campaign can be followed as it develops, and analysis parameters can be applied to a whole series in one operation. A fully redesigned user interface and a dynamic graphics engine keep large data sets responsive.
Canadian software, ITAR-free and not export-controlled from Canada.
Real-time processing during the firing campaign
Measured parameters: muzzle velocity, velocity at any distance, drag coefficient (Cd), projectile spin, rate of fire
Graphical analyses: velocity versus time, Cd versus Mach number, signal spectrogram
Measurement modes: single shot, burst, in-bore
Fully redesigned user interface
Dynamic graphics engine for responsive work on large datasets
Integrated measurement project management
Batch processing of shot series
Improved aerodynamic drag module
Full ballistic report generation
Acquisition: 16-bit, Ethernet streaming, virtually unlimited recording time
Compatibility: full range of Infinition Doppler radars
Platform: Microsoft Windows 10 / 11, 64-bit
Measured parameters: muzzle velocity, velocity at any distance, drag coefficient (Cd), projectile spin, rate of fire
Graphical analyses: velocity versus time, Cd versus Mach number, signal spectrogram
Measurement modes: single shot, burst, in-bore
Fully redesigned user interface
Dynamic graphics engine for responsive work on large datasets
Integrated measurement project management
Batch processing of shot series
Improved aerodynamic drag module
Full ballistic report generation
Acquisition: 16-bit, Ethernet streaming, virtually unlimited recording time
Compatibility: full range of Infinition Doppler radars
Platform: Microsoft Windows 10 / 11, 64-bit
