The ER-GEAR Panel with 3 Magazine Pouches is a Velcro-mounted front panel carrying three 5.56 mags. Stretch-edged retention keeps magazines secure with quick access, while Cordura/nylon construction and Estonian manufacturing ensure durability in demanding field conditions.
ER-GEAR Panel with 3 Magazine Pouches is a clean, lightweight front panel built to provide a reliable, no-nonsense reload solution for plate carriers. Designed around practical EKV-style field requirements, it focuses on what matters most: compact profile, stable retention, and rapid access without unnecessary bulk.
The panel carries three 5.56 magazines and uses stretch-edged pouches to keep mags secure while maintaining fast, intuitive draws. The elastic edges adapt to the magazine shape and tension, reducing rattle and holding mags firmly in place without rigid flaps or complicated closures. This makes the panel ideal for training, patrol setups, and high-tempo operational use — even when working with gloves.
Mounting is fast and straightforward: the panel attaches to your plate carrier via Velcro, allowing instant swaps depending on mission or loadout. Run it as a minimalist mag layer, then switch to a larger admin or hybrid front when needed — no tools, no downtime.
Constructed from durable Cordura®/nylon, the panel handles abrasion, moisture, and continuous field stress. Made in Estonia, it’s built for real-world use and integrates naturally with EstCam loadouts.
Technical Specifications:
- Capacity: 3 × 5.56 magazine pouches
- Retention: stretch edges for stable hold and fast draws
- Attachment: Velcro front-panel mounting
- Dimensions: 25 cm × 18 cm
- Material: Cordura® / Nylon
- Color/Camo: EstCam (Estonian digital camo)
- Made in: Estonia
Key Features:
- Compact triple 5.56 magazine front panel
- Elastic retention for secure carry and rapid reloads
- Velcro mounting for quick loadout changes
- Durable Cordura/nylon construction for field use
- Estonian-made and fully EstCam compatible
ER-GEAR Triple Mag Panel – low profile, fast access, field-proven stability.