How to Sight In a Ravin R26 Crossbow From 20 to 50 Yards

Preparing Your Bench, Target, and Bow Before Shooting

Zeroing a high-speed crossbow requires a stable shooting platform. The Ravin R26 is built with an ultra-compact frame, featuring a wheel-to-wheel length of just 5.75 inches when fully cocked. Because this bow is so short and light, any slight wobble from your body will move the arrow off target downrange. Setting up on a solid shooting bench with a sturdy front rest and a rear sandbag removes your heartbeat and muscle fatigue from the shot.

Your target must also match the power of your bow. The R26 pushes arrows at 400 feet per second, which will blow right through worn backyard targets or light foam blocks. Use a heavy, dense target designed specifically for high-velocity compound crossbows. Make sure the target face sits completely flat toward your shooting position so every arrow enters straight on, rather than at an angle.

Before cocking the bow, inspect your arrows one by one. Practice flex-testing carbon arrows by holding each shaft at both ends and gently bending it into a slight curve while listening for cracking noises. If an arrow shaft is cracked, shooting it can shatter the carbon fiber and damage the limbs. Also verify that your field points match the exact grain weight of your hunting broadheads, typically 100 grains, and ensure the nocks click firmly onto the bowstring. Never fire the crossbow without an arrow securely loaded. A dry fire absorbs zero energy from the limbs and can break the strings, snap the cams, and cause serious injury.

Run through this quick preparation checklist before loading your first arrow:

• Solid shooting rest: A bench rest, lead sled, or firm front and rear sandbags that keep the bow steady without human support.
• High-impact target: A heavy target rated for 400 feet per second or higher, set on flat ground.
• Inspected arrows: Straight shafts with undamaged vanes, matching 100-grain practice tips, and clean nocks.
• Ravin cocking handle: Kept within arm's reach for smooth, balanced cocking between rounds.
• Laser rangefinder: To measure your shooting distances exactly down to the yard rather than pacing them off.

Locking In Your 20-Yard Baseline Zero

The scope on your Ravin R26 uses a speed-compensating system. It features multiple aiming lines stacked down the glass, designed to match arrow drop at different distances. The very top crosshair is your primary anchor, and it must be sighted in dead center at 20 yards before you touch any other setting. If your 20-yard mark is off by even an inch, every single line below it will be misaligned at longer ranges.

Start by checking the scope speed ring, which is the numbered dial on the scope body that adjusts for arrow velocity. Before firing your first shot, turn this ring to match the factory speed rating of your setup, which is typically 400 feet per second for standard Ravin arrows. Do not worry if this number does not match your arrow flight perfectly yet. That setting will be fine-tuned later at 50 yards.

Follow these steps to lock in your 20-yard zero:

1. Place your target at an exact 20 yards: Measure the distance using a laser rangefinder from the tip of your bow to the front face of the target block.
2. Cock the bow and seat the arrow: Turn the cocking mechanism until it clicks securely into place, slide an arrow along the flight track, and press the nock firmly onto the string until you feel and hear it snap in.
3. Align the sight level bubble: Settle the bow into your bench rest, look through the scope, and check the built-in sight level bubble. Keep the bubble centered between the indicator lines so the bow does not tilt sideways.
4. Shoot your first arrow: Place the very top crosshair right on the bullseye and squeeze the trigger smoothly with steady finger pressure.
5. Adjust the scope turrets: Unscrew the protective caps on the scope. Use the top turret for up-and-down adjustment and the side turret as your side-to-side knob. Most Ravin scopes adjust at 1/4 inch per click at 100 yards, which means at 20 yards, you need roughly 20 clicks to move the arrow impact one full inch. Turn the dials in the direction indicated on the turret caps to walk the arrow toward the bullseye.
6. Confirm with a two-shot group: Fire two more arrows, aiming at different spots on the target to avoid splitting your shafts. Once both arrows hit dead center at 20 yards, screw the protective caps back onto the turrets.

Tuning the Scope Speed Dial at 50 Yards

Once your top crosshair hits the center at 20 yards, you must step back to 50 yards to calibrate the rest of the aiming lines. This is where most shooters make a critical mistake. When shooting at 50 yards, you must never turn the up-and-down adjustment turret or the side-to-side knob. Touching those knobs ruins your 20-yard baseline zero and forces you to start all over again.

Instead of turning the turrets, you adjust the arrow drop using the scope speed ring. The speed ring works like a variable zoom that changes the space between the aiming lines inside the glass. If your arrow hits lower than the 50-yard crosshair, it means the arrow is flying slower than the dial is set for. Turning the dial to a lower number expands the distance between the lines, bringing your point of impact back up to the center. If the arrow hits high, turning the dial to a higher speed compresses the spacing between the lines.

Calibrate your speed ring at 50 yards using these steps:

1. Move your target back to 50 yards: Use your rangefinder to verify that the target sits at an exact 50-yard distance from the shooting bench.
2. Aim with the 50-yard line: Look through the scope and count down the aiming lines. Use the horizontal line labeled for 50 yards, hold it dead center on a fresh bullseye, and ensure your sight level bubble remains centered.
3. Fire a test shot: Squeeze the trigger without rushing the shot, and watch where the arrow enters the target.
4. Read the vertical impact: If your arrow impacts 2 inches low, turn the speed ring dial down to a slightly lower speed rating, such as moving from 400 down to 390. If the arrow hits 2 inches high, turn the dial up to a higher speed number, such as 410.
5. Fire a confirmation shot: Aim at an open spot on the target with the 50-yard line. Repeat small adjustments on the speed dial until your arrows strike dead center at 50 yards.

When the 50-yard mark is tuned to match the true drop of your arrow, the internal geometry of the scope automatically aligns the intermediate lines for 30, 40, and 60 yards. You have now calibrated the scope to the actual velocity of your specific arrow setup.

Confirming Intermediate Marks and Avoiding Common Sighting Errors

After locking in your zero at 20 yards and dialing your speed ring at 50 yards, take time to verify the in-between ranges. Set your target at 30 yards and aim using the 30-yard crosshair. The arrow should strike within the center ring without requiring any dial changes. Repeat this check at 40 yards and 60 yards. If you notice a minor vertical gap across all distances, make tiny nudges to the speed ring rather than touching the turret knobs.

If your arrows drift to the left or right as you shoot farther out, the problem is almost always bow canting. Canting means tilting the bow sideways while aiming. Because crossbow arrows fly in an arc, tilting the limbs even a few degrees directs that arc sideways. At 20 yards, a slight tilt might only miss by half an inch, but at 50 yards, it can push your arrow four to six inches off target. Always glance at your sight level bubble immediately before pulling the trigger to keep the limbs level with the horizon.

Another common issue is loose scope mounting hardware. The sharp, rapid recoil of a 400 feet per second crossbow can loosen mount screws over dozens of shots. Check that the rail clamps and scope rings are snug before every range session. If you are comparing your setup to other compact designs, reviewing the best TenPoint crossbow for hunting will show how different brands build their scope rails and balance narrow limb assemblies for consistent shooting in tight blinds.

Finally, practice with your broadheads before taking your bow into the woods. Even when broadheads weigh the exact same 100 grains as your practice field points, their cutting blades catch the air differently during flight. Mechanical broadheads tend to fly very close to field points, while fixed-blade broadheads can create wind resistance that changes your drop. Shoot a broadhead into a broadhead-approved foam target at 30 and 40 yards to confirm your impact point before hunting season opens.

Frequently Asked Questions

Why is my Ravin R26 hitting low at 50 yards when 20 yards was dead center?

Your arrows are hitting low because the scope speed dial is set to a higher speed number than the arrows are actually flying. Arrow weight, vane drag, and outdoor temperatures all affect real-world velocity. To fix this, turn the speed ring on your scope down to a lower speed setting without touching the turret adjustment knobs.

Can I use the turret knobs to fix my group at 40 or 50 yards?

No, you should never turn the windage or elevation turrets once your 20-yard zero is set. Turning the turrets at longer distances changes the baseline angle of the entire scope, which ruins your accuracy at 20, 30, and 40 yards. Always use the scope speed ring to correct vertical arrow drop past 20 yards.

Do broadheads shoot to the exact same spot as practice field points?

Broadheads do not always hit the same spot as field points, even if they share the exact same grain weight. The blades on a hunting broadhead act like tiny wings that catch air and can alter the arrow's flight path. You should always fire your chosen broadheads into a suitable practice block to verify their point of impact before hunting.