MCS-B006,<p><b>90° Elbow Adaptor for Moose Bar System</b></p><p>Rosette angle adaptor for custom rig configurations.</p><p>The MCS-B006 is a precision-machined 90° elbow adaptor for the Moose Bar system, allowing a Rosette mount to be rotated 90 °. Ideal for building custom rig geometries, offset handles, or angled accessory mounts. Fully compatible with the Blue Modular System for seamless integration.</p><p><br></p><p>- Turns Rosette mount 90° for angled configurations</p><p>- Compatible with Moose Bar and Blue Modular System</p><p>- Machined aluminium with black anodised finish</p><p>- Standard Rosette interface for universal fit</p> MCS-B006,<p><b>90° Elbow Adaptor for Moose Bar System</b></p><p>Rosette angle adaptor for custom rig configurations.</p><p>The MCS-B006 is a precision-machined 90° elbow adaptor for the Moose Bar system, allowing a Rosette mount to be rotated 90 °. Ideal for building custom rig geometries, offset handles, or angled accessory mounts. Fully compatible with the Blue Modular System for seamless integration.</p><p><br></p><p>- Turns Rosette mount 90° for angled configurations</p><p>- Compatible with Moose Bar and Blue Modular System</p><p>- Machined aluminium with black anodised finish</p><p>- Standard Rosette interface for universal fit</p>

MCS-B006

90° Elbow Adaptor for Moose Bar System

Rosette angle adaptor for custom rig configurations.

The MCS-B006 is a precision-machined 90° elbow adaptor for the Moose Bar system, allowing a Rosette mount to be rotated 90 °. Ideal for building custom rig geometries, offset handles, or angled accessory mounts. Fully compatible with the Blue Modular System for seamless integration.


- Turns Rosette mount 90° for angled configurations

- Compatible with Moose Bar and Blue Modular System

- Machined aluminium with black anodised finish

- Standard Rosette interface for universal fit



  • £161.00

  • £193.20 inc VAT



  • €186.32 + VAT
  • $216.75 No VAT

Quantity

*Order now and we'll deliver when available*
*Normally ships in under 7 working days but may be subject to variation.*