Bear Grizzly - 90th Anniversary Shedua And Green Glass 35 Lbs. Rh

The Bear Grizzly - 90th Anniversary Shedua And Green Glass 35 Lbs. RH represents a milestone release from Bear Archery, honoring nine decades of bowhunting excellence. This right-handed compound bow is engineered for serious hunters who demand reliability, accuracy, and superior craftsmanship season after season. Whether you're pursuing whitetail, elk, or other game at moderate distances, this 35-pound draw-weight model delivers the forgiving platform that modern bowhunters expect without sacrificing performance or responsiveness in the field.

Built with a premium Shedua wood riser and reinforced green glass limbs, the Bear Grizzly combines traditional aesthetics with modern composite materials for durability and stability. The 35-pound draw weight makes this bow accessible to a broad range of hunters—including those transitioning from lighter setups or seeking a secondary hunting platform—while maintaining sufficient kinetic energy for ethical shot placement on mid-sized game. The glass limb construction provides consistent performance across temperature swings and repeated draw cycles, critical attributes when conditions shift from early season warmth to late-season cold. The distinctive green glass finish is both a visual signature of this anniversary model and a functional choice that reduces glare and complements natural hunting environments.

Hunters choosing the Bear Grizzly benefit from a balanced, predictable shooting experience suitable for tree stands, ground blinds, or open-country hunts where a lighter, more maneuverable bow is advantageous. The right-handed configuration accommodates the majority of archers; those seeking a left-handed model should verify alternative stock numbers. At 3 pounds, this bow remains lightweight enough for all-day hunting without fatigue while maintaining the mass weight necessary for arrow stability. Proper setup with matching arrows, broadheads, and a quality rest—along with professional tuning—ensures optimal accuracy and reliability when the moment of truth arrives in the field.