MHP Vulture Lever Action Dart Blaster: OOD Edition

The MHP Vulture is a lever-action short dart spring-powered blaster remixed from MrHeathPants’ own Wrenfield MK-3 blaster design. Featuring a premium CNC-milled, black anodized aluminum lever and priming bars along with a unique shell-less internal tube mag, this springer is the closest the hobby has to a wild-west-style lever-action repeater rifle. Additionally, its plunger-in-grip design packs a lot of performance without sacrificing ergonomics or aesthetics. 

This OOD Edition of the Vulture is a custom remix in collaboration with MrHeathpants, featuring quality-of-life upgrades such as heat-set inserts, twist-lock barrel connections, and improved barrel seal and retention.

FEATURES:
• MHP Vulture OOD Edition
• Tube-mag lever-action springer 
• Remixed by MrHeathPants for OOD
• Heat-set inserts throughout
• Twist-lock barrel + tube mag connection
• Swappable spring rest and spacers for easy tuning
• Compatible with most short darts (up to 38mm)
• Upgraded anodized CNC parts

FILES INCLUDED:
• 1 Bambu Studio 3MF File with saved print settings

RECOMMENDED PRINT SETTINGS:
• Quality: No scarf seams or joints
• Strength: 4+ wall loops; detect thin wall; only 2 wall loops in hand guard / tube mag shroud
• Supports: Enabled, tree (auto, slim) on critical regions only; 1.5mm XY distance

HARDWARE NEEDED:
Buy our complete Hardware Kit here, including
• 1 CNC Aluminum Lever
• 1 CNC Aluminum Bolt Arm
• 1 25x140mm spring in your choice of wire diameter
• 1 12in Aluminum barrel
• 2 Binding Barrel Screws
• 1 Constant Force “Drum” spring

PERFORMANCE:
Average FPS (Standard Deviation) with a 0.509 x 12in barrel
With no spacers
• 137 (17) FPS with the 1.83 spring
• 150 (12) FPS with the 1.91 spring
• 196 (10) FPS with the 2.03 spring
• 214 (9) FPS with the 2.16 spring
• 214 (8) FPS with the 2.20 spring

With 18mm Spacer
• ~150 FPS with the 1.83 spring
• ~170 FPS with the 1.91 spring
• ~210 FPS with the 2.03 spring
• 228 (6) FPS with the 2.16 spring
• ~230 FPS with the 2.20 spring

Click here for a complete list of tested performance averages.