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Orca Aero M21e LTD

by Orbea

Regular price£6,599.00 Sale price

Orca Aero M21e LTD

by Orbea

Regular price£6,599.00 Sale price
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Orbea Orca Aero
Orbea Orca Aero

Aero 360º

Speed is built layer by layer: questioning every detail, exploring every angle and relentlessly searching for every advantage.

Free watts, built into the system

Taking Orca Aero to the next step meant rethinking aerodynamics beyond the wind tunnel, examining how rider and machine work together to deliver a claimed 21W saving over the previous bike.

A Different Approach to Aero

With aero performance already highly optimised, meaningful gains require a new approach. Instead of chasing results at a single wind angle, development is focused on real-world conditions, where crosswinds and varying yaw angles dominate.

Head Tube

Head Tube

The sharpest, narrowest head tube possible for a standard fork design reduces frontal area without resorting to complex or offset solutions. This system supports a broader size range, meets UCI regulations, and saves on weight compared to more complicated alternatives. The height is reduced as a result of the lowered bottom bracket.

Fork

Fork

The fork is carefully profiled to align with the downtube, ensuring a smooth airflow transition even at varying yaw angles. This approach avoids optimisation for a single head-on condition, preserving aerodynamic efficiency in crosswinds. We maintain enough clearance for a wide range of tire widths, without resorting to oversized fork profiles that compromise aerodynamic performance.

Downtube

Downtube

A slightly wider downtube is shaped to manage airflow efficiently, ensuring aerodynamic performance is preserved across the frame’s largest surface. Particular focus was placed on performance at 5–20° yaw angles, which account for the majority of real-world crosswind conditions.

Bottom Bracket Keel

Bottom Bracket Keel

Building on the previous Orca Aero frame, we extended the bottom bracket keel to enhance its aerodynamic contribution. This refined lower structure manages airflow around the frame’s underside, reducing drag in a key transition area.

Seat Tube and Seat Post

Seat Tube and Seat Post

Strategically moving the Di2 battery to the lower part of the frame allowed us to create a slimmer profile for both the seat tube and seat post. This change reduces drag compared to the previous generation while maintaining structural efficiency through the centre of the frame.

Seat Stays

Seat Stays

Slimmer seat stays with lower junction points optimise stiffness and weight while introducing a touch of vertical compliance.

Minimal Rear Dropout Design

Minimal Rear Dropout Design

A compact rear dropout optimised around the UDH standard reduces weight while improving integration. Discreet Di2 cable routing keeps the rear triangle clean and uncluttered.

Aero in Every Corner

Every piece of the frame has been refined millimetre by millimetre, reducing drag in the highest-impact areas first.

Wind Tunnel Proven

Wind Tunnel Proven

Aerodynamic gains initially developed through CFD analysis on the previous bike are validated in the wind tunnel using fairings. Repeatable, real-world conditions ensure those gains translate into performance riders can experience on the road.

High Speed Efficiency Test

High Speed Efficiency Test

In this test, riders maintain a series of fixed speeds and we measure their power output. An indoor velodrome provides constant, repeatable conditions so the only change is the aerodynamics. This makes it possible to calculate the real-world impact of aerodynamic drag, in Watts, for any given speed.

Validated Gains

Aerodynamic development does not stop at design. Every refinement is challenged and verified before making it onto the final bike.

Integrated for Speed

The OC RA10 Carbon Cockpit is exceptionally light, combining fully internal routing, ergonomic tops and sprint-ready stiffness in one seamless system.

Flush Bottlecages

Flush Bottlecages

New cages have been positioned lower in the frame and carefully shaped to be flush for seamless airflow around the downtube and seat tube.

Service Box

Service Box

The integrated Service Box keeps tools, tubes and essentials cleanly stored while shaping airflow around the frame.

OC RA11 Aero Seatpost

OC RA11 Aero Seatpost

A lightweight aero-profile seatpost with low-stack clamping designed to reduce drag. Precise adjustment and universal saddle compatibility ensure a clean, integrated setup.

Low Stack saddle

Low Stack saddle

Developed in special collaboration with Fizik, this discreet, low-profile saddle integrates cleanly with the seatpost.

Wheel-downtube Integration

The downtube shape is designed to closely match the front wheel, creating a smooth airflow transition and reducing turbulence at the wheel–frame interface. Specifically engineered in collaboration with OQUO to be the most efficient with the RA57 LTD wheels.

Engineered as One System

Aerodynamic performance comes from making every element work together: frame, cockpit, bottle cages, storage and wheels.

Drag eliminated on the flat by eliminating instability

-14W

at 50 km/h

Stack & Reach

Stack & Reach

A low stack and long reach create a performance-focused riding position, supporting an efficient posture and stability at speed.

Size-specific Trail

Size-specific Trail

Size-specific fork trail gives optimum control no matter what frame size.

Two Low-Stack Seat Posts; more Setback range

Choose between two seatpost options, 0/10 seatpost and 15/25 seatpost. The reversible clamp provides maximum range, with 10 mm of adjustment, making it easy to find the perfect position.

Streamlined Saddle Clamp

Streamlined Saddle Clamp

A lightweight saddle clamp uses a simple two-bolt design to deliver secure, precise adjustment with minimal complexity. The system allows independent tilt and setback adjustment.

Stable Race Handling

A lower centre of gravity, refined geometry and precise positioning reduce unwanted movement, helping maintain speed with less wasted effort.

Precise Fit Cockpit

Precise Fit Cockpit

The OC SH-RA10 integrated cockpit is available in 13 sizes of handlebar width and stem length combinations, ensuring a precise fit tailored to the rider’s body.

Core Strength

Core Strength

An enlarged downtube–bottom bracket junction increases global frame stiffness, improving power transfer under pedaling load.

Powerspine

Powerspine

A slightly wider downtube reinforces stiffness along the main load path, improving efficiency during sustained pedaling.

Size-Tuned Stiffness

Size-Tuned Stiffness

Larger frames naturally flex more, yet bigger riders need more support. Our size-tuned stiffness ensures every frame feels equally responsive and efficient.

Efficient, not uncomfortable

Efficient, not uncomfortable

With special shaping of the rear triangle and greater seatpost exposition, we engineer some vertical compliance into the ride. It doesn't detract from efficiency but does have a noticeable impact on comfort.

Power savings on an 8% climb

Power savings on an 8% climb

As rider power output continues to rise with the increasing level of the sport, so do the forces acting on the frame, requiring greater stiffness to maintain efficiency. We achieve this increase in stiffness without adding weight, through refined carbon layup and material selection.

Power Transmission

Engineered for rigidity where it counts, with targeted stiffness in key frame zones and size-tuned construction.

Global Frame Stiffness

Global Frame Stiffness

Weight alone does not define performance. Global frame stiffness determines how effectively power is transferred, ensuring effort is converted into speed rather than lost to flex. At 900 g with 93 Nmº stiffness, structural efficiency is prioritized over chasing the lightest possible number for an aero frame. The overall stiffness to weight ratio from the previous generation has improved 27.5%.

Integrated Beyond Aerodynamics

Clean integration protects the frame, simplifies setup and keeps the bike race-ready without sacrificing speed.


Base Configuration Highlights

FrameOrbea Orca Aero Carbon OMX disc, monocoque construction, internal cable routing.
ForkOrbea Orca Aero OMX ICR full carbon fork with 12x100mm thru axle.
DrivetrainSRAM Red AXS 12-speed with power meter and 10–33T cassette.
WheelsOQUO Road Aero RA57 LTD carbon spokes.
TyresVittoria Corsa Pro Speed 29-622 TLR.
SeatpostOC Road Aero RA11 Carbon.

Base Configuration

Orca Aero Build Specification

Complete component specification for the SRAM Force equipped build.

Frameset

Fork
Orbea Orca Aero OMX ICR, full carbon, 1-1/8" - 1.5" tapered head tube compatible, Thru axle 12x100mm, thread M12x2 P1, Speed Release compatible dropout.
Frame
Orbea Orca Aero Carbon OMX disc, monocoque construction, HS 1.5", BB386, powermeter compatible, Thru Axle 12mm x 142mm rear, thread M12x2 P1, Speed Release compatible, internal cable routing, EC/DC compatible.
Headset
FSA 1-1/2" Integrated Aluminium Cup

Drivetrain

Crankset
SRAM Force DUB 35x48t
Shifters
SRAM Force AXS
Cassette
SRAM XG-1270 10-33t 12-Speed
Rear derailleur
SRAM Force AXS 12s
Front derailleur
SRAM Force eTap AXS
Chain
SRAM Force 12-13 Speed

Cockpit

Handlebar
Integrated Bar and Stem OC SH-RA10, Road Aero Carbon, Reach 80, Drop 125

Brakes

Brakes
SRAM Force AXS
Rotors
160mm Front / 140mm Rear
Configuration
N/A

Wheels

Wheels
OQUO Road Performance RP50LTD
Tyres
Vittoria Corsa N.EXT 29-622 TLR wide rim G2.0 OEM HP
Front Axle
Orbea Thru Axle 12x100mm M12x1 Lite
Rear Axle
Orbea Thru Axle 12x142mm M12x1 Lite

Components

Saddle
Fizik Vento Antares R1 Carbon Rail 140mm
Seatpost
OC Road Aero RA11 Carbon, SB25

Accessories

Handlebar Tape
OC Components
Storage
OC Toolbox SB04

Geometry & Sizing

Orca Aero Fit Data

Frame geometry and rider height guidance for the Orbea Orca Aero M10i LTD PWR.

Geometry Reference

Geometry reference image supplied for the Orca Aero 2027. Numbers correspond to the geometry table below.

Sizing Chart

Frame size Rider height Approx. height
47cm 155–160 cm 5'1"–5'3"
49cm 160–166 cm 5'3"–5'5"
51cm 167–172 cm 5'6"–5'8"
53cm 173–179 cm 5'8"–5'11"
55cm 180–185 cm 5'11"–6'1"
57cm 186–191 cm 6'1"–6'3"
60cm 192–207 cm 6'3"–6'9"

Sizing is a guide only. Fit, flexibility and position preference can move riders between adjacent sizes.

Geometry Chart

Orca Aero M11e LTD PWR — all linear measurements are in millimetres unless stated otherwise.

No. Concept 47 49 51 53 55 57 60
1 Seat Tube (C-T) 459 474 499 524 545 565 592
2 Top Tube (EFF) 505 518 530 543 555 571 584
3 Head Tube 84 92 107 122 145 163 190
4 Chainstay 408 408 408 408 408 408 408
5 BB Drop 78 78 78 78 76 76 76
6 BB Height - - - - - - -
7 Wheelbase 966 971 973 974 985 995 1009
8 Head Angle 70.8° 71.3° 72.2° 72.8° 73° 73.2° 73.2°
9 Seat Angle 74.5° 74° 73.7° 73.5° 73.5° 73.2° 73.2°
10 Rake 48 48 48 43 43 43 43
11 Standover 723 734 754 776 798 816 842
12 Reach 370 375 380 385 390 397 404
13 Stack 495 504 520 540 560 578 604
14 Fork Length 368 368 368 368 368 368 368
15 Trail 68.6 65.4 59.7 61.2 59.9 58.6 58.6

Product Information


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