Brief
Objective:
Design a lightweight, water-resistant camera mounting solution for SLR and DSLR cameras that integrates seamlessly with the ultralight backpack line. The system should provide quick, one-handed access to the camera and deliver an intuitive user experience for outdoor photographers who prioritize speed, security, and minimal bulk.
Design Requirements:
Attachment Options:
Compatible with backpack waist belt and chest strap configurations.
Must integrate with the Peak Design Capture Clip ecosystem for cross-compatibility and modular use.
Materials & Construction:
Use lightweight, durable, and water-resistant materials consistent with the industrial design language of the ultralight pack line.
Prioritize high strength-to-weight ratios using engineered plastics, anodized aluminum, or composite components.
Functionality & User Experience:
Quick-access mechanism enabling one-handed camera retrieval and reattachment.
Secure locking interface to prevent accidental release.
Ergonomic geometry and tactile feedback for ease of use with gloves.
Low-profile form factor to minimize interference with pack fit and movement.
Visual Design & Integration:
Match the color, finish, and form language of the ultralight pack family.
Maintain a clean, performance-driven aesthetic that conveys technical precision and simplicity.
Target User:
Outdoor photographers, hikers, and travelers who require rapid access to their camera gear while maintaining mobility, comfort, and weight efficiency.
Success Criteria:
Sub-100g total weight
Secure attachment under load (with DSLR/Mirrorless + lens)
Withstands rain, dust, and impact from light drops
Achieves “ready-to-shoot” access in under 2 seconds
Concept Development
With the design goals defined, I explored multiple mechanical and geometric layouts to achieve optimal usability and minimal mass. Sketch iterations focused on structural simplicity, part reduction, and attachment interface refinement while maintaining a cohesive CMF direction aligned with the ultralight product line.
What you see below is the flow of the chosen concept only.
Digital Prototyping in CLO3D
3D renders were created in CLO3D to validate form, assembly, and attachment integration. The goal was to confirm manufacturability, fabric interface behavior, and user reach zones before moving into physical prototyping. These visual studies also informed CMF decisions aligned with the pack’s ultralight aesthetic.
From Digital to Physical
After refining the 3D design, I created a detailed pattern to send to the factory for sampling. This step was about turning the idea into something real, capturing the exact shapes, seam placements, and material layers needed to build the first working prototype.
Final Product
The final production sample successfully delivered on the project goals. Lightweight, durable, and water-resistant with seamless integration into the ultralight pack system. The attachment points aligned precisely with the waist belt and chest mount, and the interface maintained full compatibility with the Peak Design Capture Clip. The result is a refined, field-ready solution that balances performance and simplicity.
