WARP 5000

WARP 5000

 

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model year 2019
frame WARP TRI CF4
frame size S, M, L
fork WARP TRI CF
  • 100x9mm width front hub
  • 130x9mm width rear hub
  • 19mm inner width
  • 55mm height
Hubs QR
bottom bracket FSA BB-CF86/CZ
  • 11-28 teeth
  • 11 speed
chain KMC X11-1
shifters Shimano BS-R1 2 / Shimano BS-R1 11
front derailleur Shimano Ultegra DF
brake lever Profile 3oneA
brakes Shimano 105, Direct / Shimano 105-direct
headset Meida WARP
  • 31.8mm diameter
  • -5° stem angle
handlebar Profile Ozero TT
grip MERIDA Road Expert
seat post MERIDA WARP Aero Carbon
seat clamp WARP insert
saddle MERIDA-2302

weighed at frame size M (w/o pedals)

Bike Frame Geometry Image
Frame Size S M L
Tyre Sizes 28" 28" 28"
St Seat Tubes mm 510 540 570
Tt Top Tubes mm 517 550 572
Cs Chain Stays mm 408 408 408
HTA head tube angle [°] 71 72 72
STA seat tube angle [°] 76-80 76-80 76-80
Bd Bottom Bracket Drops mm 55 70 70
Ht Head Tube Lengths mm 120 155.5 190
Fl Fork Lengths mm 370 370 370
R Reach mm 410 432 447
S Stacks mm 504 557 589
Wb Wheel Base mm 1014 1037 1063
Sh Stand Over Height mm 780 798 828
Height in cm < 173 167 - 183 > 177

To reduce production and delivery times, we are sometimes forced to make last-minute specification changes. Please be aware that those changes might not be reflected on these product pages and images.

 

HIGHLIGHTS

Aero carbon triathlon frame with NACA fastback profiled tubing and completely integrated cable routing. Frame geometry optimised for Ironman 70.3 and 226 km races. Includes carbon dropouts and integrated seat clamp. Tapered head tube for precise handling. Di2 ready.

We feature internal cable routing on all models. Cables are routed through the frame, entering and exiting through smooth sockets. Only a clever system for our internal guiding and fixing guarantees reliable and rattle free routing, whilst the cables are protected from moisture and dirt and gives the bike a cleaner look.

The aerodynamics are based around a NACA0028 teardrop profile (National Advisory Committee for Aeronautics) which is truncated. Air moves around the tube as though the missing rear section of the teardrop were still there, saving weight by using less material.

Direct mount brakes are significantly more aerodynamic than conventional brakes and, in terms of braking power, far superior to all integrated braking systems. They are also easier to look after and maintain and more straight forward when packing up your bike for transport.

Aero bikes deliver the best possible aerodynamics, but superb wind-tunnel performance data is useless if the rider can‘t get into the correct position. The ‘Flip Flop’ head allows seat angles to be optimised for comfort.

Designing WorldTour bikes is similar to F1; apparently nondescript details can result in saving split seconds. Integrated seat-post clamping minimises turbulence at the top tube.

Like WorldTour pro riders, many technology-loving triathletes trust in Shimano’s electronic Di2 shifting system, delivering reliability and efficient, effortless operation. Our WARP TRI is ‘Di2 ready’ and perfectly prepared for the installation of this technology with the battery mounted in the seat post.

Technology

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INTERNAL CABLE ROUTING

On the majority of our frames, we run the gear and brake cables and hoses through the frame. The cables enter and exit the frame through smooth sockets, or we use one of our other systems like SMART ENTRY or WIRE PORT to be routed through. Running the cables inside the frame protects them from the elements, gives a clean and neat look and can offer aerodynamic advantages.

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NANO MATRIX CARBON

NANO MATRIX CARBON is a special kind of carbon fibre where we add extremely tiny, nano-scale particles to the resin that binds the individual carbon fibres together. These then work on a molecular level to protect them from damage. It’s so effective that it can actually increase the finished carbon fibre’s impact resistance by up to 40%, allowing us to build stronger and lighter composite frames that result in a faster and tougher bike.

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AWS ANTI WRINKLE SYSTEM

This is a method we use to manufacture our carbon fibre frames. First, the carbon fibre that makes up the frame is laid around special formers. We then use a bladder to compress the layers against the outside of the frame mould, giving a smooth and wrinkle-free internal finish, removing any voids in between the layers of carbon that can cause potential weak points, resulting in a stronger, lighter frame.

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