Oracle X Crossbow Scope by Burris

The Oracle X Crossbow Scope by Burris combines advanced optical technology with an integrated laser rangefinder to help crossbow hunters make more informed shots in the field. With the push of a button, the scope measures the distance to a target and displays an illuminated aiming point calculated for the programmed crossbow bolt trajectory. Automatic trajectory compensation accounts for distance and shooting angle, while 2–7x variable magnification allows hunters to adjust their view without sacrificing aiming-point accuracy. Additional features, including a wireless remote, digital level, and programmable bolt profiles, make the Oracle X a sophisticated crossbow optic for hunting applications.

Key Features

• Integrated Laser Rangefinder: Measures target distance and displays the reading directly through the scope's digital system.

• Automatic Trajectory Compensation: Calculates an illuminated aiming point based on the ranged distance and programmed bolt trajectory.

• 2–7x Variable Magnification: Provides adjustable magnification with aiming-point compensation across the zoom range.

• Angle Compensation Technology: Uses an integrated inclinometer to account for uphill and downhill shooting angles.

• Wireless Remote Control: Allows convenient ranging with reduced movement while keeping hands near the crossbow.

• Dual Bolt Profiles: Stores two bolt configurations to accommodate different bolt weights and trajectory setups.

• Electronic Digital Level: Helps identify crossbow cant to support consistent shooting alignment.

• Illuminated Aiming Point: Displays a calculated aiming point for the selected range and programmed setup.

• Precision Aluminum Mount: Provides a secure mounting platform with adjustment capability.

• Locking Adjustment Screws: Help maintain consistent scope settings.

• Rugged Construction: Designed for demanding outdoor hunting conditions.

• Burris Forever Warranty®: Backed by Burris warranty coverage, including the scope's electronic components, subject to warranty terms.

Specifications

• Brand: Burris

• Product Name: Oracle X Crossbow Scope

• Model Number: 300410

• Magnification: 2–7x

• Rangefinder: Integrated laser rangefinder

• Maximum Laser Range: Up to 500 yards on reflective targets; up to 200 yards on deer-sized targets

• Minimum Ranging Distance: 5 yards

• Ranging Accuracy: ±1 yard under 100 yards; ±2 yards from 100 to 200 yards

• Trajectory Compensation: Automatic distance and angle compensation

• Angle Compensation: Integrated inclinometer

• Bolt Profiles: Stores two profiles

• Remote: Wireless remote control

• Level: Electronic digital level

• Mount: Integrated Weaver/Picatinny rail mount

• Battery: One CR123 battery for the scope; one CR2032 battery for the remote

• Battery Life: 2,000+ range activations; published figures may vary by source and operating conditions

• Dimensions: Approximately 11.9 inches long

• Weight: Published specifications vary by source; verify the current manufacturer specification before listing a shipping or product weight

• Reticle: Oracle XB 124

• Warranty: Burris Forever Warranty®, subject to terms and conditions

Benefits

• Reduces the need to estimate distance or manually select traditional holdover marks.

• Calculates an aiming point based on the programmed bolt trajectory and measured range.

• Helps account for elevated and downhill shooting angles common in treestand hunting.

• Maintains aiming-point compensation when changing magnification.

• Wireless remote operation can help reduce movement when preparing to range a target.

• Dual bolt profiles provide flexibility when using different bolt and broadhead configurations.

• The electronic level helps identify unwanted cant that can affect shot consistency.

• Integrated ranging and trajectory technology combines multiple functions in one crossbow optic.

Ideal Use

• Crossbow hunting

• Whitetail deer hunting

• Treestand and elevated-blind hunting

• Hunting in varied terrain

• Crossbow setups using different bolt profiles

• Hunters seeking integrated ranging and trajectory compensation