Daystate Blackwolf TAC Hi-Lite

The Daystate Blackwolf TAC Hi-Lite is a lightweight, fully modular PCP air rifle engineered for shooters who demand cutting-edge performance, tactical adaptability and uncompromising precision. Combining Daystate’s latest innovations with a lightweight Hi-Lite carbon bottle configuration, the Blackwolf TAC Hi-Lite delivers exceptional shot consistency, advanced adjustability and outstanding handling in a highly configurable platform.

Built around Daystate’s largest-ever regulator chamber and a revolutionary titanium firing valve system, the rifle achieves remarkably smooth firing characteristics, increased efficiency and highly repeatable shot-to-shot performance. Its 20-stage integral power adjuster allows rapid tuning for different shooting scenarios, pellets or slugs, while adjustable hammer spring tension and regulator pressure provide even finer control over the rifle’s behaviour.

The modular Blackwolf platform allows fast calibre and barrel changes in minutes, including compatibility with Daystate’s dedicated 711 mm slug barrel, transforming the rifle from a lightweight hunting setup into a precision long-range platform. The advanced Tensioned ART barrel system improves barrel rigidity and enhances accuracy at extended distances.

The TAC Hi-Lite chassis is fully adjustable, featuring an eight-point adjustable trigger, adjustable cheekpiece and buttpad, reversible AR-style safety lever, and ambidextrous sidelever system suitable for both left- and right-handed shooters. A precision-machined 20 MOA Picatinny rail provides a stable mounting platform ideal for modern optics, thermal and digital scopes.

Thanks to its lightweight Hi-Lite carbon bottle system, the rifle remains exceptionally balanced and manoeuvrable while maintaining excellent shot capacity. Fully future-proofed with interchangeable stocks, barrels and air systems, the Daystate Blackwolf TAC Hi-Lite is more than an air rifle—it is a complete modular shooting platform built to evolve with the shooter and excel across multiple disciplines.

The Specs: