Tenpoint Flatline 460 Oracle ACUslide Crossbow 460fps with Burris Oracle Scope

The TenPoint Flatline 460 Oracle ACUslide crossbow delivers 460 feet per second (fps) with included 16-inch 400-grain Evo-X Centerpunch arrows, representing the latest iteration of TenPoint's reverse-draw platform. This compact design combines velocity with field-proven accuracy, making it suitable for both hunting applications and precision shooting at extended ranges where kinetic energy retention is critical.

Built on the foundation of the Havoc RS440 platform, the Flatline 460 features reinforced scope struts that increase rail rigidity—a specification that directly impacts zero retention when using quality optics like the included Burris Oracle scope. The crossbow incorporates the ACUslide Safe Decocking system for controlled shot preparation and discharge. An adjustable length-of-pull system with included stock extensions accommodates shooters of varying frame sizes without requiring aftermarket modifications, improving consistency across multiple users or shooting positions. At 19.3 pounds, the platform balances portability with the mass necessary for vibration dampening and sustained accuracy.

The Flatline 460 appeals to crossbow hunters seeking velocity above the 450 fps threshold where shot placement becomes more forgiving at distance, as well as competitive shooters and enthusiasts who value precision engineering in a compact package. The included Burris Oracle scope and stock extensions address common setup friction points, reducing the need for separate accessory purchases. Reverse-draw geometry inherently lowers profile and recoil impulse compared to traditional designs, a consideration for shooters managing repetitive shooting fatigue or those hunting in tight cover.

TenPoint's iterative improvements to the reverse-draw line reflect the ongoing market demand for compact, high-velocity platforms that don't sacrifice durability or repeatability. The 460 fps threshold places this model in the upper performance tier of crossbow systems, where marginal gains in velocity translate to measurable advantages in effective range and target energy transfer—factors that matter in real-world hunting and sport shooting applications.