Titanium 12 Point Bolts

NAVI Titanium presents the titanium 12 point bolts, precision aerospace-grade fasteners machined from Ti-6Al-4V with a double-hex, 12-spline head that engages a 12-point socket for higher torque, better cam-out resistance, and easier alignment in tight spaces while weighing roughly 45% less than conventional steel. We deliver this engineering to customers who care about strength, lighter rotating mass, and long-term corrosion resistance without sacrificing reliability, helping riders, racers, and workshop builders cut weight, reduce vibration, and gain a genuine performance and service-life advantage on the road, the track, or the production line.

Surron

Talaria

Yamaha

NAVI Titanium bolts are a practical option when conventional metal hardware adds unnecessary mass or struggles in demanding environments. The material combines low density with high specific strength, making it suitable for applications where structural loads and overall mass must be considered together. Its natural oxide layer provides protection against oxidation and many corrosive environments. This combination makes the material useful for drivetrain assemblies, exposed vehicle fittings, and industrial equipment operating around moisture, salts, and process chemicals. The following comparison outlines the key properties buyers should consider when selecting a suitable alloy.

The 12 point fasteners feature a double-hex 12-spline head for precise socket engagement, a smooth shank, and rolled or cut threads in metric and inch sizes, with a clean, low-profile finish. Standard M5–M10 lengths cover common fits, while NAVI Titanium also machines custom shapes, lengths, head styles, and thread sizes straight from your drawing for OEM and special build applications.

NAVI Titanium titanium 12 point bolts suit applications where compact tool access, low mass, and environmental resistance are important. The multi-spline profile provides multiple socket engagement positions, making installation more convenient in restricted spaces. Combined with Ti's high specific strength and natural resistance to oxidation, these offer a practical option for motorcycles and industrial machinery. The following examples illustrate where this design can be considered, subject to the engineering requirements of each joint.

Motorcycle: Wheels, Triple Clamps, and Brake Fixings

On a high-performance motorcycle, every gram of unsprung or rotating weight slows acceleration, steering, and suspension response. NAVI Titanium hardwares attack exactly that. Fitted to wheel and rotor fixings, they cut rotating mass and improve how quickly the wheel tracks the road. On triple clamps and steering-stem fasteners, the lower weight sharpens turn-in and reduces front-end inertia.

Because the 12-spline head engages a 12-point socket at any 30° step, a mechanic can reach full torque in the cramped space behind a brake caliper or inside a hub without hunting for the right angle. Grade 5 Ti also shrugs off road salt, rain, and brake dust, so exposed fixings stay rust-free for years and are easy to remove at service time. The result is a machine that accelerates harder, brakes cleaner, and handles more predictably - exactly what track riders, builders, and commuters expect from upgraded hardware when it matters most.

Machinery: High-Vibration and Corrosion-Prone Fastening

Industrial equipment often operates around moisture, process fluids, chemicals, and repeated vibration. NAVI Titanium parts can be considered for suitable pump housings, equipment frames, gearbox covers, and outdoor machinery where the specified alloy and joint design meet operating requirements. The multi-spline profile offers convenient tool positioning in compact assemblies, while Ti's low density can help reduce component mass.

Its natural oxide film also provides protection in many service environments, although suitability depends on the specific chemical concentration, temperature, and operating conditions. For plant engineers and purchasing teams, selecting the correct dimensions, alloy, surface finish, and installation method is essential. We support drawing-based customization to help match individual equipment requirements, with technical specifications confirmed before production.

Every NAVI Titanium titanium 12 point bolts follow a controlled production sequence based on the confirmed alloy grade, drawings, and order requirements.

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The following table compares common drive and external profiles, including the double-hex 12-point design, conventional hexagonal profiles, internal-hex designs, and flanged configurations. Tool access, load capacity, and suitability depend on component dimensions, engagement depth, tool quality, and the requirements of the assembled joint. The comparison is intended as a general selection guide rather than a universal performance ranking.

Durability

Durability begins with material. NAVI Titanium titanium 12 point bolts are machined from Ti-6Al-4V, a grade that forms a natural, self-healing oxide layer. That barrier shrugs off moisture, road salt, brake fluid, chemicals, and marine air, so the threads stay clean and free-running for years rather than seizing like steel. The alloy also keeps its strength at elevated temperatures, which matters near exhausts, turbos, and heat-soaked engine bays where ordinary fasteners soften or corrode.

Because the oxide film re-forms after minor abrasion, surface scratches do not open the door to rust. The result is hardware that survives repeated service cycles, resists galvanic and chemical attack, and holds its dimensional accuracy thread after thread. For owners who keep bikes and machines for the long term, that means fewer replacements, less seized hardware, and fixings that still come out cleanly at the next teardown - genuine longevity built into every hardware, for the long haul.

Performance Design

Performance design is where the 12-point head earns its reputation. The double-hex geometry spaces twelve splines every 30 degrees, giving twice the engagement angles of a standard hex head. Torque is spread more evenly around the head, so a 12-point socket grips firmly and resists cam-out, letting you apply full clamping force with less risk of rounding the corners. In tight assemblies - behind a caliper, inside a hub, or under a machinery guard - the socket drops on at almost any angle, so installation is faster and torque readings are more consistent.
The lower rotating and unsprung mass directly improves acceleration, braking, and suspension response, while the precise thread finish keeps friction predictable and preload accurate. Every element is tuned for one goal: dependable, repeatable clamping force in real-world conditions - whether you are racing, building, or maintaining, the head geometry turns a simple fastener into a performance component for any build.

Vehicle & Machine Adaptation

NAVI Titanium sizes this fastener family to fit where they are needed most across vehicles and machines. Standard metric runs cover M5, M6, M8, M10, alongside common inch thread sizes, so motorcycle wheels, automotive drivetrain hardware, bicycle cranks, and machinery covers can be upgraded without re-engineering. Different head, shank, and thread options let you match the titanium 12 point bolt to the exact application - a wheel threaded component, a triple-clamp fixing, a flywheel stud, or a pump cover screw.
Where a standard size does not exist, our machines custom lengths, head styles, and thread specifications straight from your drawing, with tolerances held to aerospace practice. Whether you need one style across a whole fleet or a single bespoke batch for a special build, the supply is flexible, and every piece carries the same confirmed grade. That is what makes the range genuinely vehicle-ready and machine-ready out of the box.

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