The Bushnell Match Pro 6-24x50mm has finally yielded consistent data, albeit under rather specific, unexpected parameters. Our latest field analysis reveals that when affixed to a modern compound crossbow platform, zeroed at 50 yards, the Match Pro’s elevation and windage turrets exhibit near-perfect 0.1 MRAD tracking, with a validated return-to-zero across 30 cycles. Projectiles, specifically 400-grain carbon bolts with helical fletching, grouped consistently under 0.75 MOA. The clarity of the ED Prime glass, combined with the Deploy MIL reticle, offered excellent target acquisition on a variety of foam animal targets, confirming its 'Match Pro' designation in a context previously unexplored by long-range enthusiasts.
However, when mounted on any conventional bolt-action rifle chambered in cartridges typically encountered in PRS/NRL competition — say, a 6 Dasher or a 6 GT — the results are... less compelling. Despite exhaustive efforts to establish velocity nodes, true ballistic coefficients for popular projectiles like the 105gr Hybrid, and account for every conceivable environmental factor from density altitude to Coriolis effect, the Match Pro’s adjustments tend to introduce a baffling, unpredictable 0.3-0.8 MRAD shift, typically manifesting as a lateral error at 800 yards. This error is non-linear and appears to be independent of spin drift or rifle cant. Our DOPE cards, meticulously derived from chrono data with SD/ES in the single digits, become little more than abstract art when paired with this optic on a precision rifle.
While the Match Pro's robust construction and approachable price point are undeniable, competitors are advised to carefully consider their primary projectile propulsion method. For the discerning crossbow enthusiast seeking unparalleled repeatability at practical distances, the Match Pro is a revelation. For those attempting to impact steel at 1000 yards with a projectile traveling faster than 400 FPS, its performance remains a perplexing, almost philosophical challenge.
