Reinforce your corners. Brace it the Titan AV way.
Used across our own road case builds, Titan AV steel L-braces deliver structural strength where it counts—ideal for corner reinforcement, internal framing, or bracing heavy gear compartments.
Each L-brace is made from 1.5mm hardened steel, with rigid 90° folds and 6 to 8 mounting points for a secure fit over ply and extrusion. Available in chrome or zinc finishes, these brackets are ready for any build, upgrade, or repair.
Choose the right brace for your setup:
30mm L-Brace (Zinc): Our everyday corner brace. Simple, tough, and trusted across Titan AV case production.
30mm L-Brace – Chrome (Cut-Corner): Same strength, but with clipped corners for a cleaner install. Perfect for tight spaces or gear you don’t want snagging.
55mm L-Brace (Chrome): Go big when the gear gets heavy. More surface area + 8 mounting points = extra hold for trunks, speaker cabs, or load-bearing case builds.
Perfect for:
Custom road case builds and reinforcements
Internal rack compartments and gear dividers
Speaker box bracing
Repairs, mods, or AV hardware retrofits
Furniture or touring enclosures that need strength at the join
✔ 1.5mm steel – no flex under load
✔ Clean chrome or zinc finish
✔ Pre-punched for screws or rivets
✔ Compatible with Titan AV extrusion and hardware
People also ask
What’s the difference between the 30mm and 55mm L-braces?
30mm braces are great for lighter or general case builds. The 55mm version has a larger footprint with 8 screw holes, giving it better support for heavier loads or gear compartments.
What does “cut corner” mean on a brace?
Cut corners are angled off to prevent catching on gear or fingers, and allow a neater fit in tight installs. You’ll find this on the 30mm chrome version.
Can I mix chrome and zinc hardware?
You can—but most case builders prefer to match finishes for a clean, cohesive look. Zinc pairs well with flat or utility cases; chrome suits high-end or polished builds.
When should I use an L-brace vs a corner protector?
Use L-braces for reinforcing structural joins inside or outside a case. Use corner protectors (like ball or flat corners) for external impact protection.
