Orbea Orca M30i vulcano/black black road bike (R10853AK)

Frame

Frame Orbea Orca carbon OMR 2024, monocoque construction, HS 1,5", BB 386mm, powermeter compatible, Rear Thru Axle 12x142mm, thread M12x2 P1, internal cable routing.

Frame material Carbon fibre

Components

Steering wheel OC Road Perfornace RP31-R, Rise 15, Reach 70, Drop 125

Handlebar support OC Road Performance RP21, -6º

Grips EVA

Rudders FSA 1-1/2" Integrated Aluminium Cup

Fork Orbea Orca OMR ICR 2024, full carbon, 1-1/8" - 1,5" tappered head tube compatible, Thru axle 12x100mm, thread M12x2 P1.

Fork material Carbon fibre

Saddle Fizik Aliante R5

Bar Carbon, 27.2mm, Setback 20

Frame material Carbon fibre

Drive

Type of derailleur Electronic

Derailleurs 2x12

Number of gears 24

Front derailleur (model) Shimano 105 Di2 R7150

Rear derailleur (model) Shimano 105 Di2 R7150

Handles Shimano Di2 R7170

Crank mechanism Shimano 105 R7100 34x50t

Cassette / Freewheel Shimano 105 R7100 11-34t 12-Speed

Chain Shimano M6100

Brakes

Brakes (model) Shimano R7170 Hydraulic Disc

Brake type Hydraulic discs

Wheels

Wheel size 28"

Wheels Alloy, Tubeless, 700c, 19c, 28H

Tyres Vittoria Zafiro V Rigid bead 700x28c

Axle type 142 x 12 mm, 100 x 12 mm

Hubs Orbea Thru Axle 12x100mm M12x2 P1 Solid - front hub, Orbea Thru Axle 12x142mm M12x2 P1 Solid - rear hub

Tubeless ready wheels Yes

Additional information

Folding condition of the bike Bike adjusted and pre-assembled

Warnings and producer's data

Producer Orbea S. Coop. | Polígono Industrial Goitondo, s/n, 48260 Mallabia, Bizkaia, Hiszpania | [email protected]

Other data

Sport Bicycles

Brand Orbea

Leading colour Black

Season Year-round

Model/product code Orca M30i R10855AK

Gender Male, Woman

Country of origin of the brand Spain

Reservations The manufacturer reserves the right to change specifications, materials and equipment, so please refer to the current technical description on the product sheet below. The photos are for illustrative purposes only.

Type of Product Endurance

Code 2000068152

Size	49	51	53	57	60
Height (cm)	155-160	167-172	173-179	186-191	192-207
A - Seat tube (mm)	460	480	500	540	570
B - Horizontal pipe (mm)	522,7	535,9	548,5	576,1	590
C - Steerer tube (mm)	118,2	134,6	152,9	191,2	218,3
D - Rear triangle (mm)	408	408	408	408	408
E - Support height (mm)	268,5	268,5	270,5	270,5	270,5
F - Support lowering (mm)	72	72	70	70	70
G - Wheelbase (mm)	975,4	980	981,2	1001,9	1015,6
H - Head angle	71,5	72,2	72,8	73,2	73,2
I - Seat tube angle (°)	74	73,7	73,5	73,2	73,2
J - Crossover (mm)	748,5	767,5	788,5	826,5	852,5
K - Reach (mm)	375	380	385	398	404
L - Stack (mm)	515	533	552	590	616
M - Fork (mm)	365	365	365	365	365

Advantages

Carbon frame

The frame of this road bike has been made from extremely lightweight carbon, so carrying the bike is not a problem. Carbon is distinguished by the fact that it is very effective in reducing the force of vibrations generated when riding over rough terrain.

Hydraulic disc brakes

This road bike is equipped with hydraulic disc brakes, which have an extremely low failure rate, ensuring trouble-free use, even during frequent use. In addition, they are distinguished by their greater braking power and modulation.

28" wheels

The use of 28-inch wheels on this model has made the bike faster to reach higher speeds and much easier to maintain. This wheel size allows the bike to negotiate obstacles comfortably and provides better stability at higher speeds.

Electronic derailleurs

This model uses the state-of-the-art solution of electronic derailleurs, which are characterised by high quality and precision. This type allows instant gear changes.

Carbon fork

The fork on this bike is made of carbon, which is characterised by its extreme lightness and ability to absorb the power generated when riding over rough terrain. This material combines strength and low weight.

Aerodynamic design

This bike model has been designed with attention to every element. Therefore, a unique aerodynamic design has been used, which provides an amazing look and makes the bike provide lower drag.