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• Minimal energy return feeling.
• Knee may become unstable.
Actions
• Replace heel wedge with a smaller one.
• Shift socket posterior (or foot anterior).
HEEL WEDGES (Figure 3)
A wedge can influence the heel to toe function. Start altering the heel
resistance to improve foot response by adding a heel wedge. The small,
medium and large wedges can be interchanged to customize the
stiffness and achieve the desired functional characteristics.
Temporary Wedge Placement
• Cut the wedge to the width of the foot module
• Roughen the upper and lower surface of the wedge with abrasive
paper.
• Place the wedge in the angle of heel and foot module
• Secure in position with tape wrapped around the foot module
(Figure 4).
Permanent Wedge Placement
• Apply adhesive on the lower side of the wedge only (1).
• Locate in the foot/heel junction and position before adhesive sets.
• For split toe feet install the heel wedge then remove a thin slice in the
middle by cutting with a sharp knife through the split in the carbon
foot module (Figure 5).
Instant adhesive is necessary to bond the urethane heel wedge. The
adhesive cures in 15-20 seconds.
HEEL DIVIDER
The heel divider should be placed in the last third of the splitted heel
part. To secure its position a drop of instant adhesive can be used on one
side.
BOLT ASSEMBLY
To attach pyramid, thread each bolt through washer and foot module into
pyramid. Place friction pad between foot and pyramid. Apply Loctite 410
andtorque to the following:
Part Number: CM130244
Cat.
1-6
Part Number: CM130222
Cat.
7-9
BOLT CAP REMOVAL
If it is necessary to remove the bolt cap locate the foot module/bolt cap
junction and use a sharp knife to separate.
Bolt Size
M8
Bolt Size
M10
Length
25mm
Length
30mm
Torque
22Nm (16ft-lbs)
Torque
34Nm (25ft-lbs)
6
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