ICONIC ELEMENTS: All of the iconic elements identifying the Laser are maintained: the fin under the bottom bracket, the fittings of the joints and the passage of the rear wheel housed in the seat tube. An anodized aluminum cap is positioned under the bottom bracket fin to allow easy access for routing shift cables.

 

CNC DROPOUTS: The rear aluminum CNC dropouts sandwich wrap the central carbon part fully integrated to the rear stays.

 

MECHANICAL AND ELECTRONIC: Fully internal cable routing for both mechanical and electronic groupsets.

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Info

Since 1981 the Cinelli Laser has represented the pinnacle of made-to-measure custom Italian framebuilding, winning more track world championship and Olympic gold medals than any other bicycle in the history of the sport.

The new Laser Mia is the first-ever carbon fiber Cinelli Laser to be made available to the general public. The frame has been designed by the original Laser team and is 100% made in Italy combining avant-garde material technologies and construction methods with artisanal mastery that no mass-production method can imitate.

Like every Laser frame that has preceded it, the heart of the Laser Mia’s performance innovation lies in the radical re-construction of the bottom bracket area which allows for the production of the signature Laser stiff and extremely responsive ride quality, at a very low weight (980 g).

ENDURANCE

CLIMB

CRITERIUM

GRAVEL

Description

Taglie (c-f) / Sizes
48 to 62 (1 cm) - Made to Measure		Telaio / frame
High Modulus Carbon Fibre
Serie sterzo / headset
IS 42/28,6 | IS 42/30		Reggisella / Seat Post
Ø 27,2mm
Stringisella / Seat Clamp
Ø 31,8mm 		Scatola movimento / BB standard
BSA 68mm
Deragliatore Anteriore / Ft. derailleur
Braze-On		Passaggio cavi / Cable routing
Internal - Di2/EPS compatible
Colore / Color
Azzurro Laser		Passaggio ruota / Tire clearance
up to 700x25c
Forcella / Fork
CINELLI Laser Monocoque 1-1/8"		Peso / Weight
Frame 980 g (size 52, with fittings)/ Fork 380g (uncut)
Standard freni / Brakes standard
Standard road caliper		Interasse mozzi/Hub spacing
Front QR 100mm Rear QR 130mm
Frame Kit/Kit Telaio
Frame / Fork / Laser fin cable plate / Di2-EPS inserts		Caratteristiche/Features
Laser Frame / Made to measure Carbon

Geometry

 484950515253545556575859606162
S1500510520530540550560570580590600610620630640
S480490500510520530540550560570580590600610620
T1500505510515520525530535545550550565570580590
T504509514518523527536541546555560570579588592
Head Tube95100110120130140150160170185190200210220225
a°71,571,571,57272,572,5737373737373737373.5
b°74,574,574,574,574,574.374.27473,573,57373737373
R454545454545454545454545454545
C405405405405405405405405405405405405405405405
F567568569572572575580585590595600610614618618
WB9619629649679679709759809859909951005100910131013
E707070707070707070707070707070
Fork368368368368368368368368368368368368368368368
St. Ov.733743753762772781790799809818827837847855865
Stack495501512522533543552562571581591600611621628
Reach373376378378379380381384386387389397403404407

The first Laser (1981) was born from a sketch of Antonio Colombo’s inspired by early French aerodynamic bicycles seen at a trade show in Japan. It’s complex manufacturing was facilitated by the new synergy possible between tubing manufacturer Columbus, and Cinelli, itself made possible by Colombo’s acquisition of Cinelli in 1979.

It wasn’t until late in 1982, upon the commissioning of four Laser frames for the Italian Junior team, that the Laser “team” (framebuilder Andrea Pesentia, Columbus engineer Paolo Erzegovesi, Antonio Colombo and a series of other rotating collaborators) began to develop the manufacturing philosophy that would render the Laser such a legend of the 1980s and 90s.

The pioneering use of TIG-welding (then unheard of in racing bicycles), combined with the application or reinforcing “sleeves” of steel brazed to the frame’s joints allowed for a radical re-repositioning of the frame’s bottom bracket.

In addition to the obvious advantage of allowing for a far shorter wheel-base (and thus a shorter total train during team time trial events), the repositioning of the bottom bracket allowed for Cinelli to create a drastically stiffer bottom bracket. This manufacturing innovation pre-dated one of the most important characteristics of contemporary carbon fiber bicycles and is still the basis of the carbon fiber Laser Mia’s design principle.