Intro
Easy‑riding directional twin with Cam‑Out for bite when needed—soft flex and forgiving feel to progress confidence on every run.
- Profile: Cam‑Out Camber
- Flex: 4
- Niveau: Beginner / Intermediate
- Shape: Directional Twin
- Terrain: All-Mountain
Technology
The Lectra Leaf Cam-Out 2026 blends a cam-out camber profile (camber with early rise) for energetic response with forgiving tip/tail behavior. The board’s design emphasizes smooth turn transitions and control, while reinforcement elements (carbon, etc.) refine edge control and pop.
Its base and edge build support consistent glide and grip. Reinforcements near binding zones help manage stress and absorb shock.
Construction
Its core is tailored to balance liveliness and dampening. The composite layup combines fiberglass and reinforcement layers to stabilize torsion and flex. Stiffeners (carbon, etc.) add snap where needed.
Binding areas are reinforced, while sidewalls and edges are strengthened for durability. The base is designed for long-term glide and wax retention.
Size chart
| Length (cm) | Waist (mm) | Sidecut (m) | Eff. edge (mm) | Stance (mm) | Setback (mm) | Weight (kg) |
|---|---|---|---|---|---|---|
| 142 | 230 | 6.2 | 960 | 420-540 | 15 | 40-60 |
Intro
Easy‑riding directional twin with Cam‑Out for bite when needed—soft flex and forgiving feel to progress confidence on every run.
- Profile: Cam‑Out Camber
- Flex: 4
- Niveau: Beginner / Intermediate
- Shape: Directional Twin
- Terrain: All-Mountain
Technology
The Lectra Leaf Cam-Out 2026 blends a cam-out camber profile (camber with early rise) for energetic response with forgiving tip/tail behavior. The board’s design emphasizes smooth turn transitions and control, while reinforcement elements (carbon, etc.) refine edge control and pop.
Its base and edge build support consistent glide and grip. Reinforcements near binding zones help manage stress and absorb shock.
Construction
Its core is tailored to balance liveliness and dampening. The composite layup combines fiberglass and reinforcement layers to stabilize torsion and flex. Stiffeners (carbon, etc.) add snap where needed.
Binding areas are reinforced, while sidewalls and edges are strengthened for durability. The base is designed for long-term glide and wax retention.
