Blaser R93 LRS2 sniper Low-poly (PBR)

The Blaser R93 LRS2 sniper rifle is rendered here as a highly detailed and realistic 3D model that faithfully captures the precision-engineered design of the original firearm.

The straight-pull bolt-action mechanism is modeled with accurate radial locking bolt system, showcasing the fast and smooth operation characteristic of the design. The straight-pull action and 14-lug radial collet are crafted to emphasize the rifle’s mechanical precision and reliability.

The barrel is represented with precise anatomy, including fluting, thermal distressing, and a quick-change mounting system. Models reflect barrel lengths ranging from 600 mm to 762 mm, accurate rifling twist, and support for various calibers from .223 Remington up to .338 Lapua Magnum.

The stock and chassis are recreated with adjustable components such as cheek piece, recoil pad, and stock spacers. The ergonomic profile captures its tactical form and configurable fit tailored for individual shooters.

Detachable box magazines are faithfully modeled with appropriate capacities—5-round for standard calibers and 4-round for Magnum variants. The model includes smooth magazine insertion geometry and ambidextrous release mechanisms.

Optics mounting is shown on the barrel via Picatinny or Zeiss saddle rail, allowing scope alignment to be preserved across barrel changes. Accessory rails, muzzle brakes, bipod and optional suppressor mounts are incorporated to reflect the rifle’s modular tactical configuration.

Weight and dimensions vary in model versions, with unloaded weights from roughly 5.4 kg (.308) to 5.8 kg (.338 LM), and overall length between 1.13 m and 1.19 m. Mesh proportions are adjusted for each configuration.

The materials are simulated with realistic finishes—textured synthetic or alloy chassis, matte barrel metal, polymer or carbon-stock surfaces—complete with subtle wear and tactile detailing. This adds photorealistic authenticity suitable for high-end renders.

Optimized with clean mesh topology and balanced polygon counts, this 3D model is ideal for use in military simulations, sniper animations, virtual training, cinematic scenes, or interactive game environments. It blends mechanical accuracy, modular detail, and visual fidelity, delivering a versatile asset tailored to demanding digital applications.