Professional-grade raw carbon material is woven and formed in our own composite factory using our most advanced engineering and construction methods including Continuous Fiber Technology for greater strength and less weight; Carbon Nanotube Technology resin for better impact resistance; and Fusion Process for lighter, stronger frame junctions.
EnviLiv Advanced SL LTD
3 599 900 Ft
Build your dream bike with the EnviLiv Advanced SL—the first ever SL-grade composite frameset for EnviLiv. Our signature sprinter has been redesigned for optimized aerodynamic performance and painted in the colors of Liv Racing TeqFind. From the stage race breakaway to the final criterium lap, the all-new EnviLiv is made to be out front.
Meghatározó jellemzők
Optimized Aerodynamics
In our pursuit of maximum power and efficiency, we analyze how bike and rider experience airflow at every speed and direction, both on the computer and in the wind tunnel. Then we examine every detail for opportunities to optimize. The latest version of our AeroSystem technology results in improved aerodynamics over previous generations.
Sprinting Efficiency
Aerodynamics are affected by many factors, two of them often seen as mutually exclusive: stiffness and weight. But the new EnviLiv has found the sweetest spot, with an Advanced SL-grade composite frameset—the first ever for EnviLiv. We use Continuous Fiber Technology to add strength without adding weight, Carbon Nanotube Technology resin to improve impact resistance, and Fusion Process for lighter, stronger frame junctions. So you can accelerate faster away from the pack.
Seamless Integration
When every second matters, so does every detail. Two aerodynamic water bottle cages flawlessly integrate with the seat tube and down tube, for reduced drag and a sleek look.
Highlights
1
ADVANCED SL-GRADE COMPOSITE FRAMESET
2
AEROSYSTEM SHAPING TECHNOLOGY
Data compiled from Computational Fluid Dynamics research and wind-tunnel tests was used to optimize the shape of every frameset tube and junction for overall system aerodynamics.
3
OVERDRIVE AERO
Found inside the head tube of the all-new EnviLiv range, the D-shaped fork steerer tube and corresponding spacers provide an extremely aerodynamic, easier to service system of internally routed brake and derailleur cables.
4
POWERCORE
An oversized bottom bracket/chainstay area features a fully integrated, 86.5mm wide bottom bracket design. Asymmetric chainstays provide additional stiffness on the drive side and stability on the non-drive side.
5
VECTOR SLR SEATPOST
Using more continuous carbon fibers and titanium bolts, the EnviLiv’s first fully-carbon seatpost is lightweight, aero, and easily adjustable.
6
LIV CONTACT SLR AERO HANDLEBAR
Our all-new carbon Liv handlebar features an aerodynamic design, ergonomic grip and optimized drop and reach that’s customized for women’s measurements.
7
AERODYNAMIC WATER BOTTLE CAGES
Equipped with two water bottle cages that have been designed to integrate with the frame tube shapes for an aerodynamic advantage.
8
LIV ALACRA SLR SADDLE
Features a carbon base and rails along with High-Elastic Particle Technology that molds to your unique shape and reduces pressure points.
9
DISC BRAKE INTEGRATION
The frame and fork are engineered specifically for flat-mount disc-brakes, including front and rear 12mm thru-axles for reliable braking performance in all weather and road conditions.
10
AERO TUBELESS WHEELSYSTEM
Engineered with proprietary Dynamic Balanced Lacing technology, this composite aero WheelSystem and tubeless tires deliver superior efficiency, pinpoint control and superior aerodynamics.
11
NEW CABLE ROUTING
Frame and handlebar feature all-new cable porting for sleek, non-cluttered appearance and easier adjustability.
12
COMPUTER MOUNT
Includes three fittings for Garmin, Wahoo, and Giant computers, along with compatibility for GoPro and light installation. The mount allows for adjustable length and angle, ensuring optimal positioning.
Technológiák
Advanced SL Composite Technology
Liv’s Professional Grade raw carbon material is woven in our own composite factory using our most advanced engineering and construction methods including: Continuous Fiber Technology to add strength while reducing weight; Carbon Nanotube Technology resin to improve impact resistance; and Fusion Process for lighter, stronger frame junctions.
AeroSystem Shaping Technology
Tubing shapes engineered using computational fluid dynamics (CFD) and wind-tunnel data to optimize each tube shape for superior aerodynamic performance.
PowerCore
A massively oversized bottom-bracket/chainstay area features a fully integrated, 86-millimeter wide bottom-bracket design (92-millimeterwide for off-road bikes). Asymmetric chainstays provide additional stiffness on the driveside and stability on the non-driveside.
RideSense Ready
This means the frame comes prepared to accept the RideSense sensor and accompanying hardware.
Tubeless System
Engineered with proprietary Dynamic Balanced Lacing technology, this tubeless ready composite WheelSystem delivers superior efficiency, pinpoint control and comfort.
Vector SLR Seatpost
Using more continuous carbon fibers and titanium bolts, the Langma’s first fully-carbon seatpost is lightweight, aero, and easily adjustable.
OverDrive Aero
Found inside the head tube of the all-new EnviLiv range, the D-shaped fork steerer tube and corresponding spacers provide an extremely aerodynamic, easier to service system of internally routed brake and derailleur cables.
Méretválasztás és geometria
Sizing to be used as a reference only. Please check with a local authorized dealer to determine the correct size.
Available sizes may vary from country to country.
- XXS
- 145 cm4’9”
157 cm5’2”
- XS
- 152 cm5’0” 163 cm5’4”
- S
- 158 cm5’2” 169 cm5’7”
- M
- 164 cm5’5” 176 cm5’9”
- L
- 170 cm5’7” 182 cm6’0”
| XXS | XS | S | M | L | ||
|---|---|---|---|---|---|---|
| A | Nyeregcső hossz (mm) (inch) | 44017,3 | 47018,5 | 50019,7 | 53020,9 | 56022 |
| B | Nyeregcső szög (degrees) | 75,0° | 75,0° | 74,5° | 74,0° | 73,5° |
| C | Felsőcső hossz (mm) (inch) | 49819,6 | 50820 | 52420,6 | 54021,3 | 55521,9 |
| D | Fejcső hossz (mm) (inch) | 1054,1 | 1204,7 | 1355,3 | 1556,1 | 1756,9 |
| E | Fejcsőszög (degrees) | 70,0° | 71,0° | 72,0° | 72,5° | 72,5° |
| F | Fork Rake (mm) (inch) | 491,9 | 491,9 | 491,9 | 491,9 | 491,9 |
| G | Nyom (mm) (inch) | 72,72,8 | 66,32,6 | 59,92,3 | 56,82,2 | 56,82,2 |
| H | Keréktávolság (mm) (inch) | 97038,2 | 97338,3 | 97738,5 | 98438,7 | 99639,2 |
| I | Láncvilla hossz (mm) (inch) | 40515,9 | 40515,9 | 40515,9 | 40515,9 | 40515,9 |
| J | Középcsapágy esés (mm) (inch) | 722,8 | 722,8 | 702,8 | 702,8 | 672,6 |
| K | Stack (mm) (inch) | 49919,6 | 51720,4 | 53220,9 | 55321,8 | 56922,4 |
| L | Reach (mm) (inch) | 36414,3 | 37014,6 | 37714,8 | 38215 | 38615,2 |
| M | Átlépési magasság (mm) (inch) | 71928,3 | 73428,9 | 75229,6 | 76830,2 | 78630,9 |
| N | Kormányszélesség (mm) (inch) | 36014,2 | 36014,2 | 38015 | 40015,7 | 42016,5 |
| O | Szár hossza (mm) (inch) | 803,1 | 803,1 | 903,5 | 1003,9 | 1104,3 |
| P | Hajtókar hossz (mm) (inch) | 1656,5 | 1656,5 | 1706,7 | 1706,7 | 172,56,8 |
| Q | Kerékméret | 700C | 700C | 700C | 700C | 700C |
A felsorolt leírások előzetes értesítés nélkül is változhatnak.