The TitanX was first introduced by Mantis at SHOT Show in 2025, and was released in early November 2025 as one of the company’s most ambitious efforts to integrate its proven MantisX analytics into a single, ready-to-train pistol replica.

Modeled closely on a Glock-19 platform, the TitanX comes complete with realistic ergonomics, an optics-ready slide cut, and a trigger that simulates the take-up and break the end-user could expect from a modern striker pistol. All these features made transitioning between dry-fire practice on the TitanX, and live-fire on a duty or carry pistol significantly more meaningful.

The slide and frame construction of the TitanX is made from a molded high-density polymer with steel reinforcement at key contact points and assembled to bring the closest representation possible. The external finish is a matte, non-reflective surface that will resist most oils and resins.

The slide is pre-cut and optics-ready with RMR/RMSc footprints; with an accessory plate system is included. Coloration on the training model’s frame is safety orange to visually differentiate it from live weapons, an important consideration in mixed environments.

The non-adjustable trigger assembly demonstrated the same staged take-up, wall, and break, as any other striker mechanism with notable tactile consistency and audible click. The trigger then resets automatically after each shot cycle (via internal spring tension), and allows for continuous dry-fire without necessitating slide manipulation.

It should be noted, that upon trigger break, the internal system simultaneously activates a laser pulse (visible red) and logs motion data through the embedded MantisX sensor. The sensor communicates via Bluetooth to the Mantis training application on any available smartphone or device. Two 1.5mm hex screws near the front of the slide allow for adjusting the laser’s windage and elevation.

Similarly, the Mantis app itself provides real-time feedback on muzzle movement, trigger press consistency, and follow-through. Data captured during controlled strings (ten draws, ten single-press repetitions) aligned with prior data gathered from a live-fire MantisX sensor. The integrated unit eliminates the need for external rail or magazine sensors, streamlining setup and reducing variables. The app offers a wide variety of training programs, drills, and exercises to grow an individual’s skillset.

The TitanX uses an internal rechargeable lithium-based battery that charges via a USB-C port located on the slide (right side). The TitanX also includes an on-board LED status indicator (green for full charge) to display the charging/state-of-charge for the end-user (red for charging). The power source itself offers approximately a 2-hour continual lifespan before needing to be recharged. A solid blue will indicate when the TitanX is in sync with the shooting app.

The TitanX includes two removable magazines that are weighted to match the tactile feel and dimensions of a fully loaded pistol magazine. The magazines themselves also have an associated sensor that pairs with the training pistol and app to work while practicing reloads and drills. The training pistol’s functioning magazine release can be reversed to accommodate both right or left-handed shooters.

Currently the TitanX is only available in a Black/Safety Orange, with a red laser. The complete instruction manual can be found here.

Product Evaluation Scores:

• Cost – Average (3/5): Upon release, the TitanX retailed for $199 and came packaged with a laser-equipped training pistol, two weighted magazines, a padded storage case, and free access to the Mantis training and shooting app. At first glance, this price may seem high, especially since many other laser-based training systems use simple barrel-insert cartridges that cost around $20. Although there is no direct competitor to the TitanX pistol currently on the market, users do have other options—for example, inexpensive dry-fire snap caps (about $8), reactive laser-target kits from companies like LaserLyte ($110–$350), or smartphone-based Dry Fire Training Kits from LaserHIT ($87–$149). However, none of these alternatives provide the same level of analytical, diagnostic feedback that the TitanX offers when paired with its app. For that reason, the TitanX is reasonably priced relative to the broader market of firearm training devices.
• Comfort – Good (4/5): Because the TitanX was modeled after the Glock 19 frame, it offered a comfortable, compact grip that felt natural in the hand—an advantage for users who carried similarly sized concealed-carry pistols, as it made the transition from training to real-world handling more seamless. The weight and balance of the training magazines were also notable positives; each magazine accurately replicated the heft of a fully loaded magazine, something many dry-fire tools failed to achieve by using empty magazines. This added realism improved comfort and reinforced proper handling. The TitanX also served as a valuable teaching tool for new or cautious shooters, as it provided a 100% safe yet highly realistic platform for learning foundational skills without the risks associated with live firearms. Additionally, the companion Mantis shooting app provided a generally smooth user experience. Its interface and controls were intuitive and easy to navigate for basic use. The TitanX did have some limitations. End-users with larger hands encountered all-too-familiar issues: the compact, shorter grip left the bottom finger without full support, and the slide’s sharp upper angle—often associated with “Glock bite”—made noticeable contact with the thumb and webbing of the hand during presentation practice. The absence of white line or dot indicators on the all-black front and rear sights also made it easy for the eye to lose alignment against dark targets. While the app was user-friendly at the basic level, exploring deeper analytics and per-shot details became less intuitive, indicating room for future refinement. Finally, the TitanX functioned strictly as a stand-alone product; its pistol and app did not offer cross-compatibility with other Mantis systems such as the BlackbeardX, meaning it could not be used for transitions or drills involving long guns.
• Durability – Good (4/5): The TitanX training pistol was built with long-term durability in mind. Its frame and slide were constructed from high-impact polymer reinforced with ABS, providing a rigid shell that protected the internal laser and motion-sensing components from shock and repeated handling. The housing securely enclosed the device’s electronics—responsible for capturing movement, angle, and trigger dynamics—while preventing flex or deformation during extended training sessions. Perhaps one long-term area of durability concern would be the trigger mechanism itself, but for this evaluation no negative effects were noted. Otherwise, during testing the TitanX withstood extensive dry-fire cycles, repeated holstering, and regular handling that included magazine changes, draws from concealment, and contact with barricades. Despite this sustained use, the frame and accessory rail showed no signs of cracking, loosening, or material fatigue. The laser module also remained firmly seated, maintaining alignment even after high-frequency trigger repetitions. A further indication of the TitanX’s durability was the consistent reliability of its wireless connection. Even after prolonged sessions, bumps, and general wear, the training pistol continued to pair with the companion app quickly and without interruption. This suggested that the internal components were effectively protected from vibration and impact, allowing the unit to maintain stable performance over time. Overall, the TitanX’s reinforced construction and resilient electronics contributed to a device designed not just for regular practice, but for long-lasting use under realistic training conditions.
• Functionality – Excellent (5/5): Functionally, after a 30-day evaluation period, the TitanX proved effective in three key areas: practical training utility, diagnostic shot analysis, and long-term cost savings. First, the training pistol allowed users to practice consistently regardless of weather, range availability, or ammunition supply. Setup was simple and the instructions made zeroing the TitanX and sync to the app easy to understand. Because the TitanX was designed for dry-fire use and paired seamlessly with its smart-device app, shooters could run drills at home, in a garage, or in virtually any environment without using live ammunition. This flexibility made regular practice far more convenient and significantly more affordable. Second, the TitanX app provided detailed, real-time diagnostic feedback that broke down the mechanics of each trigger pull. The system tracked movement, shot stability, trigger press quality, and grip behavior—data that would typically require an experienced instructor and multiple paid training sessions to evaluate. While users could attempt similar analysis with slow-motion video or careful target review, the TitanX delivered accurate, consistent information instantly and at no additional cost. This made it especially valuable for self-directed practice as well as for instructors working with students who benefit from clear, data-driven guidance. The app also structured training around core fundamentals—trigger control, grip, sight alignment, and follow-through—through a series of drills that became increasingly insightful as more repetitions were completed. After enough recorded “shots,” the software began identifying patterns such as anticipation, heeling, or grip inconsistencies, allowing users to make targeted improvements. Over time, shooters observed measurable gains in accuracy, target acquisition speed, and shot consistency. While the TitanX did not transform users into high-level competitors overnight, it strengthened the foundational skills necessary for more advanced techniques. As users progressed through the app’s challenges, they developed the discipline and precision required for more demanding shooting applications, all while reducing ammunition costs and maximizing their training time. Even within the 30-day evaluation window, there were more drills and challenges available in the app than time allowed, offering extensive room for continued development. In terms of holster compatibility, any clamshell-style holster designed for a Glock 19—including those accommodating accessories such as weapon lights or red-dot optics—was generally compatible. However, holsters relying on specialized hardware, such as Safariland’s ALS locking system that uses a barrel-plug safety feature, were not compatible because the TitanX does not have a functional barrel diameter for that mechanism. The only lacking element of live-fire training that was not represented in the TitanX was the associated recoil and target re-acquisition from the firing sequence as the overall slide does not action when the trigger is pulled. Some training systems utilize a CO₂ canister to achieve this result, but regardless it is something to be cognizant of when bridging this type of dry-fire training to real world pistol application.
• Weight – Excellent (5/5): With its base measured weight of 7.9 ounces for the pistol (without a magazine) and each weighted magazine coming in at 9.2 ounces, the TitanX training pistol had a combined weight of approximately 17 ounces when a magazine was inserted. In contrast, a fully loaded Glock 19 weighs roughly 30 ounces, making the TitanX noticeably lighter than its live-fire counterpart. Despite this difference, the TitanX maintained a balanced feel in the hand. The weighted magazines helped shift the center of gravity downward—like a loaded pistol—resulting in a more realistic presentation during draws, reloads, and target transitions. The lighter overall weight also contributed to easier handling during extended training sessions. Users could run drills for longer periods without experiencing the fatigue that often accompanies dry-fire practice with heavier, steel-filled pistols. This made it especially accommodating for newer shooters or those focusing on high‑repetition fundamentals. The reduced weight did not negatively affect stability, as the pistol’s polymer frame and internal layout provided a consistent, predictable feel throughout various movement. Another notable element was the TitanX’s trigger. The trigger pull was crisp, with a clean break at roughly 3.0 pounds that closely mimicked the feel of a striker-fired pistol. This made it well‑suited for reinforcing proper trigger control, as users could clearly detect inconsistencies in finger placement or pressure—feedback that translated directly into observable data on the companion app. The combination of a balanced frame, manageable weight, and a precise trigger pull contributed to a training pistol that handled smoothly and naturally, supporting effective and consistent dry-fire practice.

Overall Rating – Good (21/25)

Product Link: https://mantisx.com/products/titanx-smart-laser-training-pistol

I am reviewing this product as a courtesy to the manufacturer and via High Ground Media, so that I can evaluate it and provide my honest feedback. I am not bound by any written, verbal, or implied contract to give positive reviews. All views are my own, and based off my personal experience with the product.

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