Petite Peluche Papillon PRO GRIP

Petite Peluche Papillon PRO GRIP Shooting Support Bag is a heavy and exceptionally stable shooting support bag designed specifically for PRS, or Precision Rifle Series shooting. The PRO GRIP is based on the competition-proven geometry of the original Papillon Pro, but features an extremely grippy high-grip material added to the base to reduce bag movement on barricades and other shooting props.

Papillon PRO GRIP is designed for situations where the shooting position must be built quickly and the support needs to remain in place throughout the stage. Barricades, beams, railings, platforms and other irregular supports used in PRS competitions place specific demands on a shooting support bag, and the Papillon Pro shape is optimized precisely for this purpose.

The support bag is filled with a Heavy Glass Blend glass mixture with fast-settling additives. The fill settles quickly between the prop and the rifle, creating a heavy and predictable support platform. The bag has a total weight of 4,400 grams, helping it remain stable even when entering a shooting position quickly with little time to shape the bag.

The top surface of the bag is made from premium canvas fabric, providing the rifle with a controlled yet low-friction support surface. This allows natural rifle movement under recoil and helps maintain good tracking, meaning predictable rifle movement during and after the shot. The bag therefore provides strong positional support without the rifle effectively sticking to the support surface.

The underside of the bag uses a durable high-grip material, which increases friction between the prop and the support bag. This helps lock the bag in place on smooth, painted and sloped surfaces, while reducing bag movement during firing and position changes.

The different properties of the top and bottom surfaces make the Papillon PRO GRIP particularly effective for PRS use: the base is intended to remain in place, while the rifle must be able to move in a controlled manner on top of the bag. This helps maintain a consistent shooting position, manage recoil and follow the sight picture after the shot.

Petite Peluche Papillon PRO GRIP - key features

• Intended use: PRS and precision rifle shooting
• Shape: Papillon Pro geometry optimized for PRS competition
• Fill: Heavy Glass Blend glass mixture
• Fill characteristic: fast-settling structure for forming a stable support platform
• Top surface: premium canvas fabric
• Top surface performance: enables controlled rifle recoil movement and tracking with low friction
• Bottom surface: durable high-grip material
• Grip: exceptionally strong grip on barricades and other shooting props
• Weight: 4,400 g
• Design: maximum positional stability without compromising rifle tracking
• Country of manufacture: Sweden

Benefits for PRS shooting

• Exceptionally stable support: the 4.4 kg weight helps keep the bag stable on the prop
• Fast-settling fill: Heavy Glass Blend adapts quickly to the shooting position
• Excellent grip: the high-grip base reduces bag slippage on smooth and sloped props
• Controlled recoil: the canvas top surface allows the rifle to move naturally during the shot
• Good tracking: the bag supports the rifle without preventing its predictable movement
• Impact observation: a stable position makes it easier to maintain the sight picture after the shot
• Fast follow-up shots: a stable support point makes it easier to return to the target
• Competition use: designed specifically for PRS stages and varying shooting props

Recommended use: The Petite Peluche Papillon PRO GRIP is an excellent choice for the active PRS shooter and precision rifle enthusiast who wants maximum stability when shooting from barricades and other props. The Heavy Glass Blend fill and 4.4 kg mass help the bag settle quickly and remain stable, the high-grip base prevents slipping, and the canvas top surface allows the rifle to recoil and track in a controlled manner. This combination helps create a fast and repeatable shooting position without compromising the rifle's natural behavior during firing.