HANKE M97 PUMP ACTION SHOTGUN GEL BLASTER

The HANKE M97 Pump Action Shotgun Gel Blaster delivers classic shotgun styling combined with simple, reliable gel-blaster performance. Inspired by traditional pump-action shotgun designs, the M97 offers a rugged look, realistic pump operation, and straightforward spring-powered mechanics, making it an excellent choice for casual skirmishes, backyard target shooting, or entry-level gel blaster enthusiasts.

Designed for ease of use and durability, the HANKE M97 requires no batteries or gas to operate. Each shot is manually chambered using the pump-action fore-end, providing a satisfying and immersive shooting experience. Its lightweight polymer construction keeps handling comfortable, while the long barrel and fixed stock contribute to stable aiming and consistent performance.

Perfect for players who value simplicity, reliability, and authentic styling, the HANKE M97 Pump Action Shotgun Gel Blaster is a solid addition to any gel blaster collection—especially for those wanting a no-fuss, mechanically driven blaster that performs straight out of the box.

HANKE M97 Pump Action Shotgun Gel Blaster Features:

• Brand: Hanke
• Released: June 2019
• Type: Manual, spring-powered, pump-action
• Scale: 1:1 ratio
• Construction: High-quality nylon build
• Clean, solid design
• No battery or gas required
• Realistic shotgun-style manual cycling
• Hopper fed (internal hopper design)
• Gel ball capacity: approx 20
• Dust cover slides open with every pull back
• Buffer tube compatible (screw on)
• Metal sling attachment (included)
• 20mm tactical Picatinny rails
• Integrated iron sights
• Uses 7-8mm gel balls

The HANKE M97 is ideal for players who want a simple, dependable gel blaster without the complexity of batteries, wiring, or gas systems. Its pump-action design provides hands-on engagement, making every shot deliberate and satisfying. This makes it especially popular for beginners, younger players under supervision, or anyone looking for a classic mechanical gel blaster experience.