Geometry; Shock Setup - Felt EDICT Technical Manual

GEOMETRY

S (16") M (18") L (20")
A
70 70 70
B
74.3 74.3 74.3
C
573 573 573
D
90 105 120
E
405 450 495
F
45 45 45
G
436 436 436
H
661 688 715
I
1093 1121 1148
J
506 506 506
K
51 51 51
L
1 1 1
M
407 429 451
N
589 603 617
S (16") M (18") L (20")
A
69 69 69
B
73.3 73.3 73.3
C
576 602 628
D
90 105 120
E
405 450 495
F
38 38 38
G
436 436 436
H
667 694 721
I
1101 1128 1155
J
526 526 526
K
51 51 51
L
1 1 1
M
397 419 441
N
596 610 624
4
XL (22") Size
70 Head Tube Angle
74.3 Seat Tube Angle
573 Top Tube Horizontal
145 Head Tube
540 Seat Tube
EDICT FRD
45 BB Drop
436 Chainstay
EDICT 1
742 Front Center
(100mm Fork)
1175 Wheelbase
506 Fork Length
51 Rake
1 Lower HS Stack
470 Reach
640 Stack
XL (22") Size
69 Head Tube Angle
73.3 Seat Tube Angle
653 Top Tube Horizontal
145 Head Tube
540 Seat Tube EDICT 3
38 BB Drop
EDICT 4
436 Chainstay
748 Front Center EDICT 5
1182 Wheelbase
(120mm Fork)
526 Fork Length
51 Rake
1 Lower HS Stack
459 Reach
647 Stack

SHOCK SETUP

It is very important to have the correct amount of sag so that the suspension can be in the
part of its travel that is most efficient and compliant. Felt recommends starting at 30% and
adding/subtracting up to 5-10% to fine tune to your personal preference.
To measure sag, follow these 4 steps:
1. Push the o-ring to the top of the shock shaft.
2. Sit on the bike with the seat at full ride height to compress the shock. Bounce a few times, then push the
o-ring back to the top of the shaft.
3. Gently get off the bike, taking care not to change the position of the o-ring. On some shock models, the
sag gradients will be printed on the shaft. In this case, simply read your sag percentage as it is printed on the
shock shaft. If there are no sag gradients, measure the distance of the o-ring from the top of the shaft. To
achieve 30% sag, the o-ring should be 12mm from the top of the shaft. If there is too much sag (>30%)
add air pressure, if there is not enough sag (<30%), reduce air pressure.
4. Repeat process until desired sag is achieved.
CORRECT
12mm
OR
NOT CORRECT
- PRESSURE + PRESSURE
5