TrackingPoint

TrackingPoint is an applied firearms-technology company associated with Austin, Texas, and best known for developing networked precision-guided firearm systems. Founded by John McHale in February 2011, the company produced an early prototype of its precision-guided firearm, or PGF, in March of that year. Its central proposition was to combine a rifle, computerized optical sight, ballistic calculation, target tracking, and a guided trigger into one integrated system intended to reduce aiming and shot-timing errors. The company’s technology was built around a networked tracking scope. The scope could measure or estimate range, calculate a ballistic solution, track a selected target, and provide information through a heads-up display. A barrel-reference system helped maintain a calibrated relationship between the scope and barrel, while the guided trigger was electronically linked to the scope. The system was designed to release the shot when the rifle was correctly aligned with the selected point of aim rather than relying solely on conventional trigger control. Software could be upgraded in the field, and an integrated camera could record scope imagery and display data for later transfer to a smartphone or tablet. TrackingPoint introduced its first commercial product in January 2013. The company subsequently expanded from bolt-action systems into the AR Series of semi-automatic smart rifles, introduced in January 2014. Bolt-action variants were offered in cartridges including .338 Lapua Magnum and .300 Winchester Magnum, while semi-automatic models were associated with 7.62 NATO, 5.56 NATO, and .300 Blackout chamberings. The product concept targeted long-range sporting, hunting, and tactical applications, although its combination of network connectivity, automated ballistic assistance, and a guided trigger also attracted military and security interest. In January 2014, the United States Army acquired six TrackingPoint fire-control systems for exploratory evaluation of target-acquisition and aiming technologies. The Army integrated the system with the XM2010 Enhanced Sniper Rifle for testing. TrackingPoint later promoted increasingly capable products, including the M1400, a squad-level .338 Lapua bolt-action rifle introduced for sale in September 2016. The M1400 was described as capable of engaging targets at distances up to 1,400 yards and of acquiring and engaging moving targets within a short interval under stated conditions. It could also be used with ShotGlass wearable eyewear that relayed the scope’s view to the shooter. In 2018, the company introduced the ShadowTrak 6, a bolt-action rifle chambered for 6.5 mm Creedmoor and designed for targets at ranges up to 1,000 yards. The product was described as compatible with selected Hornady match and hunting ammunition. In November 2018, Florida-based Talon Precision Optics acquired TrackingPoint. Publicly available reference material does not establish the brand’s current operating status, product availability, or the extent to which it continues as a standalone business after the acquisition. TrackingPoint’s reputation has also been shaped by concerns about the cybersecurity of connected firearms. In 2017, security researchers Runa Sandvik and Michael Auger demonstrated that a rifle with Wi-Fi enabled could be exposed to poorly protected software controls. Their demonstration indicated that an attacker could alter ballistic parameters, potentially causing inaccurate fire, and could obtain deeper system access or disable the rifle’s computer. The episode highlighted the trade-off between sophisticated connected aiming systems and the security risks of embedding networked computing in a weapon.

TrackingPoint was formed in Austin, Texas, by John McHale in February 2011. Its initial development effort focused on a precision-guided firearm that would use electronics and software to assist the shooter in acquiring, tracking, and engaging a target. A first prototype was completed in March 2011. Rather than treating the optic as a separate accessory, TrackingPoint integrated the optical sight, ballistic computer, target-tracking functions, recording hardware, and trigger control into a connected rifle platform. The company’s system centered on a networked tracking scope. It could calculate range and a firing solution, display information such as wind, inclination, battery status, zoom, and recording state, and track a designated point on a target. The barrel-reference system maintained a calibrated relationship between the barrel and scope, while the electronically linked guided trigger was intended to reduce errors associated with trigger pull and shot timing. The scope also incorporated recording and wireless transfer capabilities, allowing images and video to be moved to mobile devices or shared electronically. Software-upgrade capability was intended to let the platform gain functions over time. TrackingPoint offered its first product in January 2013. In January 2014 it added the AR Series, a family of semi-automatic smart rifles. The company’s bolt-action rifles used cartridges such as .338 Lapua Magnum and .300 Winchester Magnum, while semi-automatic versions were associated with 7.62 NATO, 5.56 NATO, and .300 Blackout. The systems were marketed around long-range precision and assisted engagement of moving targets. Their intended uses included sporting and hunting applications, while their technical characteristics also attracted military evaluation. The United States Army purchased six TrackingPoint fire-control systems in January 2014. The purpose was to investigate target-acquisition and aiming technologies, and the Army integrated the system with the XM2010 Enhanced Sniper Rifle for testing. TrackingPoint later extended its range with the M1400, a .338 Lapua bolt-action rifle that entered sale in September 2016. The company described the rifle as capable of reaching targets at up to 1,400 yards and engaging moving targets under specified conditions. Its ShotGlass wearable eyewear could transmit the scope’s view to the shooter’s eye. The connected nature of the platform became a major liability issue in 2017. Security researchers Runa Sandvik and Michael Auger demonstrated that the rifle’s Wi-Fi-enabled software could be manipulated. Their testing indicated that unauthorized parties could change important ballistic settings, potentially making the rifle fire inaccurately, and could obtain root access or render the computer unusable. The disclosure illustrated the security implications of applying networked consumer-electronics architecture to a firearm. In 2018, TrackingPoint introduced the ShadowTrak 6, a 6.5 mm Creedmoor bolt-action rifle designed for ranges up to 1,000 yards and compatible with specified Hornady ammunition. In November of the same year, Talon Precision Optics of Jacksonville, Florida, acquired TrackingPoint. Available reference material does not provide enough information to determine whether TrackingPoint remains an independently operating brand, how its products were managed after the acquisition, or whether its complete product line remains commercially available.

• 2018

  ShadowTrak 6 introduced

  [1]TrackingPointen.wikipedia.org

  TrackingPoint launched the 6.5 mm Creedmoor ShadowTrak 6 bolt-action rifle.

• 2018

  Acquired by Talon Precision Optics

  [1]TrackingPointen.wikipedia.org

  Talon Precision Optics acquired TrackingPoint in November.

• 2017

  Connected-rifle security weaknesses disclosed

  [1]TrackingPointen.wikipedia.org

  Researchers demonstrated that Wi-Fi-enabled rifle software could be manipulated to alter ballistic parameters or compromise system operation.

• 2016

  M1400 introduced

  [1]TrackingPointen.wikipedia.org

  TrackingPoint began selling the M1400 .338 Lapua bolt-action rifle, with stated capability at ranges up to 1,400 yards.

• 2014

  AR Series introduced

  [1]TrackingPointen.wikipedia.org

  The company introduced the AR Series of semi-automatic smart rifles.

• 2014

  U.S. Army evaluation begins

  [1]TrackingPointen.wikipedia.org

  The Army purchased six fire-control systems and integrated the technology with the XM2010 Enhanced Sniper Rifle for testing.

• 2013

  First product offered

  [1]TrackingPointen.wikipedia.org

  TrackingPoint began offering its first commercial precision-guided firearm system.

• 2011

  Company founded and first prototype developed

  [1]TrackingPointen.wikipedia.org

  John McHale formed TrackingPoint in February, and the company produced its first precision-guided firearm prototype in March.

High-technology firearms and networked precision shooting systems

• Networked precision rifle system · 2013

  Precision Guided Firearm system

  TrackingPoint’s core product combined a rifle with a networked tracking scope, ballistic computer, barrel-reference calibration, guided trigger, heads-up display, camera, and wireless connectivity. The system was designed to calculate a firing solution, track a selected target, and assist shot release. Its software-based architecture differentiated it from a conventional rifle and optical sight, while also creating cybersecurity concerns when wireless functions were enabled.

• Semi-automatic smart rifles · 2014

  AR Series

  Introduced in January 2014, the AR Series extended TrackingPoint’s guided-fire-control concept to semi-automatic rifles. Reference material associates the series with 7.62 NATO, 5.56 NATO, and .300 Blackout chamberings. The rifles used the company’s networked scope and integrated aiming technology rather than relying only on conventional optics and manually controlled trigger timing.

• Long-range bolt-action rifle · 2016

  M1400

  The M1400 was a .338 Lapua bolt-action rifle sold beginning in September 2016. TrackingPoint described it as a squad-level system capable of reaching targets at distances up to 1,400 yards and acquiring moving targets traveling at up to 20 mph within a stated short time. It could be paired with ShotGlass wearable glasses, which relayed the scope’s view to the shooter.

• 6.5 mm Creedmoor bolt-action rifle · 2018

  ShadowTrak 6

  Introduced in 2018, the ShadowTrak 6 used the 6.5 mm Creedmoor cartridge and was described as capable of engaging targets at up to 1,000 yards. TrackingPoint stated that it could engage moving targets traveling at 20 mph in one second under specified conditions. The rifle was associated with 147-grain ELD-M match ammunition and 143-grain ELD-X hunting ammunition from Hornady.

• Wearable firearm display

  ShotGlass

  ShotGlass was a wearable viewing accessory designed to transmit the image seen through a TrackingPoint scope to the shooter’s eye. It was identified as an accessory for the M1400 and formed part of the company’s broader attempt to extend the rifle’s digital interface beyond the scope itself.

• 2017

  Cybersecurity vulnerabilities in Wi-Fi-enabled rifles

  Security researchers Runa Sandvik and Michael Auger demonstrated that the rifle’s connected software could be manipulated when Wi-Fi was enabled. The reported weaknesses included changing ballistic parameters, potentially causing inaccurate fire, obtaining root access, and disabling the rifle’s computer. The disclosure raised broader concerns about the security of network-connected firearms.

  Source

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• 2018

  Transfer ownership to Talon Precision OpticsM&A

  Background

  TrackingPoint continued developing specialized smart-rifle products, including the ShadowTrak 6, before undergoing a change in ownership.

  Action taken

  Talon Precision Optics acquired TrackingPoint in November 2018.

  Aftermath

  The available reference material does not document the post-acquisition operating structure, product continuity, or current status of the TrackingPoint brand.

  Source

• 2014

  Expand into semi-automatic smart riflesProduct launch

  Background

  TrackingPoint sought to apply its guided fire-control architecture beyond its initial rifle configuration.

  Action taken

  It introduced the AR Series of semi-automatic smart rifles in January 2014.

  Aftermath

  The product family broadened the company’s chambering and platform range, although later commercial status is not established by the available references.

  Source

• 2014

  Support military evaluation of the fire-control systemOther

  Background

  The U.S. Army explored technologies intended to improve target acquisition and aiming.

  Action taken

  The Army purchased six TrackingPoint systems and integrated the technology with the XM2010 Enhanced Sniper Rifle for testing.

  Aftermath

  The purchase provided a military test context for TrackingPoint’s technology, but the available material does not establish adoption as a standard Army capability.

  Source

• 2013

  Commercialize the precision-guided firearm platformProduct launch

  Background

  After creating a prototype in 2011, TrackingPoint pursued a commercial rifle system that integrated optical sensing, ballistic computation, target tracking, recording, and trigger assistance.

  Action taken

  The company offered its first product in January 2013.

  Aftermath

  The launch established TrackingPoint’s identity as a developer of networked smart-rifle systems and was followed by semi-automatic and longer-range product variants.

  Source

1. 1TrackingPointen.wikipedia.org