Garage sale: 54cm Cervelo Prodigy frameset

I have FS a well used (about 10,000 miles) 2004 Cervelo Prodigy frame with stock fork (Cervelo), Ritchey stem, Cane Creek headset and Ultegra front derailleur. I rode this bike recreationally for a couple of years and raced it one year. I has dings and scratches and paint chips, but rides great. There is a pair of dents on the downtube from some aggresive bike mount clamps. I understand this is an easy and cheap fix by any local frame repair shop. Below is the info from Cervelo. Please pm for pics.
http://mail.google.com/mail/?realattid=0.1&attid=0.5&disp=emb&view=att&th=10e66b0ed2c8ca04 http://mail.google.com/mail/?realattid=0.2&attid=0.6&disp=emb&view=att&th=10e66b0ed2c8ca04
http://mail.google.com/mail/?realattid=0.3&attid=0.4&disp=emb&view=att&th=10e66b0ed2c8ca04
Introduction
Columbus Custom Niva/Thermacrom Steel
Comfort Toptube
Bi-Conical Downtube
Nickel Plating
Geometry
Components (Only for bikes in North America)
Reviews
Full Size Picture
Prices - Choose Currency —>US$Can$Aus$Euro http://mail.google.com/mail/?realattid=0.4&attid=0.3&disp=emb&view=att&th=10e66b0ed2c8ca04
Introduction
http://mail.google.com/mail/?realattid=0.2&attid=0.6&disp=emb&view=att&th=10e66b0ed2c8ca04
Here’s a frame that will make you return to a steel frame for it’s great ride, or make you never leave to ride anything else. The Prodigy benefits from the extensive design work on the Renaissance and uses it’s most important design elements. It uses the same main triangle as the Renaissance, with a slightly altered rear triangle to make the bike more affordable. The result is a frame that offers most of the performance of the Renaissance for a fraction of the price. back to the top

Columbus** Custom Niva/Thermacrom Steel**
The Prodigy uses a custom Cerv�lo Smartwall tubeset made by Columbus. The
Thermacrom front triangle is borrowed from the Renaissance, while the
rear triangle is made out of Columvus Nivacrom. Below please find
Columbus’ information on the Thermacrom material.
Thermacrom is a steel micro-alloyed with manganese, chrome, molybdenum and vanadium. These elements produce a marked increase in temperability, a reduction in sensitivity to overheating which ensures that a fine-grain metal structure will be obtained after welding, more able to withstand fatigue stresses, better characteristics of strength and tenacity and better characteristics of resistance to corrosion and wear. After mechanical deformation working and drawing, Thermacrom undergoes a heating and cooling cycle that gives the steel its particular microstructure. The treatment, which only ends at the time of welding by the frame-maker, enhances the mechanical characteristics of the material by giving it high breaking loads permitting completely safe reductions in thickness. As the table shows, Thermacrom is far superior to any other steel alloy, as can be seen in the figure below:
http://mail.google.com/mail/?realattid=0.5&attid=0.7&disp=emb&view=att&th=10e66b0ed2c8ca04 Mechanical Characteristics:
Breaking load = 1250 � 1450 N/mm� Elongation > 10%

http://mail.google.com/mail/?realattid=0.6&attid=0.9&disp=emb&view=att&th=10e66b0ed2c8ca04
Microscopic image of a heat-treated steel without inert gas
atmosphere. Decarbonization process is visible, the
mechanical characteristics of the material are
decreased http://mail.google.com/mail/?realattid=0.7&attid=0.8&disp=emb&view=att&th=10e66b0ed2c8ca04
Microscopic image of H.T. Thermacrom steel, with forced
circulation of inert gas, the absence of decarbonization
processes grants homogeneous structure and excellent
mechanical characteristics back to the top
Comfort** Toptube**
To increase the stiffness of a tube, we need to increase the diameter. Decreasing the diameter decreases the stiffness. The top tube provides stiffness in two basic directions: It provides lateral (sideways) stiffness. Think of a bicycle, and what happens to the frame when you push on the pedal and pull on the handlebar. This is an attempt to torque the frame, pushing the top tube to one side and the downtube to the other. Looking at both tubes, it can be seen that this torque attempts to move both tubes laterally, be it in the opposite directions. To counter this, both tubes need lateral stiffness. For the downtube (which is in a complicated load situation of combined torque and bending), we achieve this with differential butting or bi-conicalization. For the top tube (which is in a simpler load situation of almost pure lateral bending), we can achieve this by increasing the diameter in the lateral direction. The top tube provides in-plane (vertical) stiffness. Thanks to their structure, all double diamond frames have ample in-plane stiffness. We would even like to decrease this stiffness, which can be achieved by decreasing the vertical diameter.
Combining these two features of increased lateral diameter and decreased vertical diameter, we obtain a top tube that is ovalized. back to the top

Bi-Conical** Downtube**
For an extremely light steel bike such as the Prodigy, it is very important to use the material in an optimal way. This means using a large diameter thin wall downtube. Unfortunately it is not possible to use differential butting on a steel tube the way we do on our Aluminum aerotubing, but there is another way to increase the stiffness of the downtube: through bi-conicalization. http://mail.google.com/mail/?realattid=0.8&attid=0.2&disp=emb&view=att&th=10e66b0ed2c8ca04
This means that near the bottom bracket, where we need lateral (sideways) stiffness, we have ovalized the downtube so that the biggest diameter is in the lateral direction. Near the front, the downtube is ovalized to become as wide as possible while still fitting on the headtube. The transition between the oval cross section near the bottom bracket and the one near the headtube is fluent, so that the stresses are transferred through the tube optimally. This means that the downtube isn’t just locally ovalized, but it is ovalized throughout the entire length, thereby slowly changing shape from one extremity to the other. back to the top
Nickel** Plating**
The entire frame undergoes a nickel plating treatment to increase its corrosion resistance, not just the areas of the rear triangle and decals which is left exposed.While this treatment protects the outside of the frame, we do recommend regular treatments of the inside of the frame with products such as FrameSaver. back to the top

Geometry Size
(c-t)(cm) Seat Tube
** Angle** Head Tube
Angle Top Tube
(mm) Head-
** Tube**
(mm) Front-
Center Reart-
Center Standover
Height 48 73.5� 72.5� 510 90 543 400 743 51 73.5� 73� 525 100 558 400 763 54 73.5� 73� 540 120 573 400 782 56 73.5� 73� 560 140 593 400 801 58 73.5� 73� 575 160 608 400 820 61 73.5� 73� 587 180 620 400 839 back to the top

Components Part Ultegra Road** Kit**
Shift/Brake levers
Shimano Ultegra STI
Front derailleur
Shimano Ultegra 9-speed
Rear derailleur
Shimano Ultegra 9-speed
Brake calipers
Cerv�lo dual pivot black
Crankset
Shimano Ultegra
Bottom bracket
Shimano Ultegra
Cassette
Shimano Ultegra 9-speed 11-23
Chain
Shimano Ultegra
Headset
Cane Creek 1 inch
Dropbars
Cinelli B-Groove
Stem
Ritchey Pro
Saddle
Selle Italia XO Genuine Gel
Wheels
Ritchey Aero DS
Tires
Kenda Koncept 23mm Specifications may change without notice.

Price?

I’d take $250 for it, but it’s negotiable. Saw one on Canadian ebay for $400US, but I don’t know what shape it was in. That’s the only thing I have to go by.

bump
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Hey, I know its a longshot, but any chance that you still have the prodigy frame set? if so, pics of it? please send to jdperlmutter@gmail.com

I am currently building up one of these frame set. i have a few questions. Is it stiff enough to sprint on? Is the bike sluggish up hills? Give me some input, if you have the time.
Thanks
Aaron

please send PMs for these types of things…nobody wants to see a 5 YEAR OLD post on the front page…