ELILEE X260 X-NOVANTA GEN-2 Carbon Crankset

Carbon Without Compromise.

The ELILEE X260 X-NOVANTA GEN-2 represents ELILEE's pursuit of the lightest possible crankset without sacrificing stiffness, durability or ride quality. Designed around an advanced full carbon crank arm and integrated carbon spindle, it pushes carbon engineering beyond conventional crankset design.

Weighing just 255g (crank arms), the X260 sits firmly amongst the lightest carbon cranksets available, making it the ideal choice for riders building uncompromising lightweight road bikes where every gram—and every detail—matters.

Built exclusively around the modern DUB 28.99mm standard, the X260 delivers exceptional stiffness, improved vibration damping and direct power transfer in one beautifully engineered package.

Key Features

• GEN-2 X260 X-NOVANTA Carbon Crankset
• One of the lightest carbon cranksets available
• Weighs just 255g (crank arms)
• Full carbon crank arms
• Integrated full carbon DUB spindle
• Optimised stiffness-to-weight ratio
• Improved vibration damping
• Direct, efficient power transfer
• Easton / ELILEE 13T Direct Mount interface
• Compatible with ELILEE spiders and spider power meters
• 149mm Q-Factor
• 44.5mm Chainline
• Available in 165, 167.5, 170, 172.5 and 175mm lengths

A Full Carbon Spindle

Most lightweight cranksets combine carbon crank arms with an aluminium or titanium spindle.

The X260 takes a different approach.

Its integrated carbon DUB spindle removes even more unnecessary weight while creating a highly efficient crank structure with excellent vibration damping characteristics. The result is a crankset that feels exceptionally responsive under load while helping to reduce road buzz over longer rides.

It's a level of carbon integration rarely seen in modern crankset design.

Built for Lightweight Performance

At just 255 grams, the X260 is aimed squarely at riders building the lightest possible road bike.

Whether you're chasing a sub-6.8kg build, creating the ultimate climbing bike or simply appreciating beautifully engineered components, the X260 removes significant rotating weight without compromising stiffness or reliability.

Every pedal stroke benefits from immediate power transfer, giving the crankset a responsive, connected feel whether climbing, sprinting or accelerating out of corners.

Simplicity Creates Performance

The X260 has been engineered around a simplified DUB platform that eliminates unnecessary interfaces and adapters within the crank assembly.

Fewer interfaces mean fewer opportunities for movement, helping reduce creaking, improve long-term reliability and maintain consistent performance throughout the life of the crankset.

The result is a drivetrain that's not only exceptionally light, but also remarkably quiet and dependable.

Ridden by Team Bahrain Victorious rider Lenny Martinez at the 2026 Tour de France.

Power Meter Ready

The X260 uses ELILEE's 13T Direct Mount interface, making it compatible with a range of premium spiders and spider-based power meters.

Compatible options include:

• Xcadey Spider Power Meter
• SRM Spider Power Meter
• ELILEE Direct Mount Spiders

This allows riders to add accurate power measurement while maintaining one of the lightest crank systems available.

Technical Specifications

Construction

• Full Carbon Crank Arms
• Integrated Full Carbon DUB Spindle

Interface

• ELILEE 13T Direct Mount

Spindle

• DUB 28.99mm
• Spindle Length: 93.5mm

Geometry

• Q-Factor: 149mm
• Chainline: 44.5mm

Weight

• 255g (Crank Arms)

Available Lengths

• 165mm
• 167.5mm
• 170mm
• 172.5mm
• 175mm

Why We Stock It

At Off The Front, we're drawn to products that challenge conventional engineering rather than simply chasing marginal improvements. The ELILEE X260 X-NOVANTA GEN-2 is a perfect example. By integrating a full carbon DUB spindle with ultra-light carbon crank arms, ELILEE has created one of the lightest production cranksets available without compromising stiffness, efficiency or reliability.

For riders building the ultimate lightweight road bike, the X260 represents carbon engineering at its most uncompromising.