|Couleur||matt black (grey)|
|Tailles De Cadre|
|Fourche||Fox 32 Float 650B CTD O/C remote ready- Evolution 120|
|Shock||Fox Float CTD SV (No BV) - Evolution|
|Dérailleur Arrière||Shimano XT Shadow+|
|Shifters||Shimano SLX ispec|
|Brakes||Shimano M615 180 cen|
|Manivelle||Shimano XT 38-24|
|Boitier De Pédalier||attached|
|Hubs||Formula Centerlock / Formula Centerlock-12|
|Jantes||DT Swiss 533D-27|
|Roue Libre||Shimano CS-HG50-10 11-36|
|Pneus||Schwalbe Nobi Nic 2.25 PSC|
|Potence||MERIDA pro OS 5|
|Guidon||MERIDA pro OS 740 R12|
|Direction||EGG steel neck|
|Tige De Selle||MERIDA pro H SB0 31.6|
|Selle||Prologo Kappa 2|
|Pédales||XC pro alloy|
|TAILLES DE CADRE||S||M||L||XL|
|Head Tube Angle||68||68||68||68|
|Seat Tube Angle||74.5||74.5||74.5||74.5|
|Bottom Bracket Drop||25||25||25||25|
|Head Tube Length||100||110||120||130|
|Stand Over Height||705||729||753||781|
Aluminium is, based on its characteristics, like for example low weight, still a highly popular frame material. Through the mechanical shaping process TFS, modern, three dimensional shapes can be realised. The material used: Racelite 6061. Contrary to HFS (’Hydro Forming System’) we use TFS already on entry level frames to improve appearance and functionality.
Due to a large cable exit in the down tube, “Down Tube Exit” additionally puts an end to awkward handling of internally routed cables.
Rear suspension often causes problems with the rear shifting cable (e.g. formation of loops, abrasion/friction, undesired shifting) which are caused by movement during compression. Thanks to a double break via special sleeves (“Double Stop”), MERIDA keeps the defined cable length constant.
This rear end construction features a “floating” shock: The lower mount moves together with the system and offers very sensitive response characteristics. In addition, engineers are able to influence transmission ratio and progression in an optimal way. In practice, a “Float Link” rear end feels like having more travel than it actually does. Finally, the omission of the shock mount in the main frame provides a clean look.
Elaborately shaped frame designs with special inlets and outlets for internally routed brake and/or shifter cables. “Clean” in a double sense: The bike looks uncluttered while the cables are protected effectively from moisture and dirt.
Besides top functionality, MERIDA frames also have to offer a convincing visual appearance. The second welding process during Smooth Welding evens the connecting welding seam – an elaborate concept for a brilliant look without compromises to stability.
The suspension fork and/or the shock unit of your MERIDA bike can be locked directly by moving a lever. This provides an optimum setup e. g. for rides on bumpy surfaces or for powerful sprints – not only during steeper uphill passages!
MERIDA’s premium alloy represents extremely durable and light aluminium of high-end quality. Triple-butted wall thicknesses result not only in exciting frame designs: First of all, they offer an optimum Stiffness-to-Weight (STW) ratio.
The performance of fullsuspension MTB chassis changes with the frame size? Not at MERIDA – due to the “M.O.R.E Suspension” technology (“MERIDA Optimized Ride Engineering”)! Up to 120 mm travel, this concept marks all of our fullies designed as supported single-pivot constructions. Impressive result: Equally brilliant kinematics and drivetrain-neutrality in all frame sizes.
The friction-free alignment of the brake calliper is considerably eased by direct mounting of the post-mount calliper at the rear dropout. Adaptable to different brake disc sizes thanks to the utilization of differently dimensioned adapters.
The suspension fork and/or the shock unit of your MERIDA bike can be locked comfortably from the handlebar via remote lockout. An ideal feature especially for (racing) bikers who require super-fast switching between open and locked mode.
This torsion-resistant thru axle with a diameter of 12 mm is used for broad 142 mm rear stays. It delights with perceptible increase of stiffness, tool-free wheel mounting and an always ideal brake rotor position.