Velopedia Bicycle Archive

Compare Bicycles

Compare published geometry, gearing and specifications for up to three bicycles.

1 of 2 bicycles

At a glance

Key differences

Supported differences are shown below. Data limitations are labeled separately.

  1. Gearing

    2000 Raleigh M80 has a 6% lower climbing ratio than 1997 Raleigh M80.

    A lower ratio gives more mechanical advantage; rear-wheel rollout determines distance per crank turn.

  2. Identity & price

    1997 Raleigh M80 had an original MSRP $100 lower than 2000 Raleigh M80.

    Original MSRP is the published list price when new, not today’s used-bike value.

Gearing comparison

Lower gears help on climbs. Higher gears suit higher speeds.

RPM

RPM = pedal turns per minute.

1997 Raleigh M80Size Legacy reference · 42/32/22T · 11–30T · 7-speed
Lowest0.73:1Highest3.82:1Total range521%
Estimated speed at 90 RPMLowest gear5.2 mphHighest gear26.8 mph

Rear tire: 26×2.1.

2000 Raleigh M80Size Legacy reference · 44/32/22T · 11–32T · 9-speed
Lowest0.69:1Highest4.00:1Total range582%

Speed unavailable: wheel or tire size is missing or unclear.

How it works

Ratio = front teeth ÷ rear teeth. Hub gears also include the hub’s internal ratio. A 400% range means the highest ratio is four times the lowest.

Speeds are estimates from tire size and pedal cadence. Actual speeds vary.

Try other gearing

Complete specification tableShows different published values and gaps where a bicycle lacks data. Different wording reflects source language, not necessarily different components. Swipe for more columns.
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Specification
1997 Raleigh M80
2000 Raleigh M80
Overview
Model Year
1997
2000
Brand
Raleigh
Raleigh
Model
M80
M80
Bicycle Type
Mountain bike, front suspension
Mountain bike, front suspension
Original MSRP
$499.99
$600.00
Colors
Green, Silver
O2 Blue 2 Blackout, White Flash 2 Blackpout
Sizes
16.5", 18", 20", 22"
14", 16", 18", 20", 22"
Weight
28.3 lb
—
Frameset
Frame Construction
TIG-welded
TIG-welded
Frame Material
Chromoly main triangle/hi-tensile steel rear stays
7005 aluminum, butted w/replaceable derailleur hanger
Fork
Rock Shox Quadra 5
Rock Shox Jett XC, 3.0" travel
Fork Material
Magnesium, triple-clamp crown
Aluminum/magnesium, triple-clamp crown
Drivetrain
Component Group
Shimano STX-RC/Alivio
Mountain Mix
Shifters
Grip Shift SRT-400i
Shimano Deore
Front Derailleur
Shimano STX top-swing, top-pull/clamp-on 28.6 mm
Shimano Deore, top-pull/clamp-on 31.8mm
Rear Derailleur
Shimano STX-RC
Shimano Deore SGS
Crankset
Shimano STX, 22/32/42 teeth
Shimano Deore, 22/32/44 teeth
Bottom Bracket
Shimano BB-LP26, 110 mm spindle
Sealed cartridge, 110.5mm spindle
BB Shell Width
68mm English
68mm English
Rear Cogs
7-speed, 11 - 30 teeth
9-speed, 11 - 32 teeth
Chain
Shimano CN-IG31, 1/2 x 3/32"
KMC Z9200, 1/2 x 3/32"
Pedals
Steel cage, resin body w/clips & straps
Aluminum cage w/clips & straps
Brakes
Brakes
Shimano Alivio M-System brakes, Dia-Compe SS-8 levers
Tektro linear-pull brakes, Tektro 379A levers
Cockpit & Contact Points
Headset
1" threadless Tange-Seiki
1 1/8" threadless WTB Momentum Comp ST
Handlebar
Aluminum
Aluminum
Handlebar Extensions
Aluminum
Alloy
Stem
Aluminum
Alloy Ahead
Saddle
Sella Stratos Hyper Pro
Selle Stratos Enhanced Comfort
Seatpost
Aluminum micro-adjust, 26.0 mm diameter
Aluminum, suspension, 27.2mm diameter
Wheels & Tires
Hubs
Front: Shimano Alivio, Rear: Shimano Alivio/silent clutch
Shimano Alivio
Rims
Vuelta VXC 2.2 Double Wall, 32-hole
Weinmann Zac 19, 32-hole
Spokes
Stainless steel, 1.8mm straight gauge
Chung Nan stainless steel, 2.0mm straight gauge
Spoke Nipples
Brass nipples
Brass nipples
Front Tire
26 x 2.10" Kenda K-857 Hammer
20 x 2.10" IRC Mythos XC
Rear Tire
26 x 2.10" Kenda K-867 Anvil
26 x 2.10" IRC Mythos XC
Wheel Size
26" wheels
Front: 20", Rear: 26" wheels
Geometry · choose a size for each bicycle
Geometry size
Head-tube angle
71°
71°
Seat-tube angle
73°
73°
Chainstay / rear center
425.4 mm
424.2 mm
Wheelbase
1043.9 mm
1056.6 mm
Fork offset / rake
40.6 mm
—

Historical specifications are presented as an archival reference. Components may have varied by market, size, or production run. Legacy reference geometry is model-level historical data whose corresponding frame size is not identified; compare those dimensions as reference values rather than size-normalized fit data.

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