Thank you for purchasing this Team Associated product. This assembly manual contains instructions and tips for building and maintaining your new RC10TC6.1.
Please take a moment to read through this manual to help familiarize yourself with these steps.
We are continually changing and improving our designs; therefore, actual parts may appear slightly different than in the illustrations. New parts will be noted on
supplementary sheets located in the appropriate parts bags. Check each bag for these sheets before you start to build.
:: KIT Features
Team Associated is proud to release its next generation 1:10th scale 4WD electric touring car kit, the RC10TC6.1-FT, with optimized suspension geometry equipped
to carry the load for today’s touring car racing classes.
The engineers behind the doors of Area-51 have been hard at work continuing the development process for the ever changing touring car racing scene.
The RC10TC6.1-FT is the next stepping stone in Team Associated’s successful touring car chassis lineage. Holding cross-compatibility to a high regard, the
RC10TC6.1-FT shares the same chassis layout as its predecessor, the TC6. But this time the advances are in its suspension geometry and drivetrain components.
Building from a balanced and stable chassis layout, the time was right to refine the suspension components. The updated suspension geometry of the
RC10TC6.1-FT has been re-worked for increased stiffness and durability with finer adjustments focused in the optimal range. All without sacrificing low part count
or affordability. With the demands of the extreme power of modified brushless motors, the RC10TC6.1-FT also benefits from the addition of a tunable oil-filled
gear differential in the rear, and fixed spool with replaceable outdrive cups for the front. Area-51’s design engineers have packaged all the key components
together, so the RC10TC6.1-FT is definitely… another Champion by Design from Team Associated!
• Updated suspension arms
o Stiffer/stronger design
o Finer adjustments for shock mounting with “in between” options
o Optimized arm length front & rear
• Hubs & caster blocks use inserts for adjustable caster/toe angles
o Caster blocks have a stiffer/stronger design with 2, 4, and 6 degree insert options for caster angle
o Rear hubs use a stronger design with 0 and 1 degree insert options for outboard toe angle
• Updated anti-roll bar system allows finer adjustments with precision mounting
• Rear gear diff for maximum performance and minimal maintenance
o Lightweight design
o Durable composite construction
o Optimized for a wide “tuning window” to maximize useable adjustability
o Hard anodized aluminum outdrives for low wear and long life
• Front spool with replaceable composite outdrives
o Outdrives allow the use of existing CVA bone blades to minimize binding at the bearing surface
o Composite outdrives are replaceable at low cost in the event of a CVA bone blade failure
• Offset arm mounts included to help increase durability by minimizing (or eliminating) shims between mount and bulkhead
• Chassis layout optimized for Lithium Batteries and Brushless Motors
o Ultra narrow LiPo chassis with two battery positions
o Servo mounting slots to ensure proper fit of any servo
o Motor mounts to centralized point in chassis for equal flex
• Common bulkhead layout minimizes spare part cost
• Multi-position steering system to fine tune Ackermann and steering rates
o More Ackermann options (14 positions total) to fine tune steering point
o Improved steering input rate for more consistent handling, with 3 output rate options
• V2 Shock with hard anodized threaded shock bodies
o Bottom loading seal system for ease of build
o TiN coated shock shaft
o Piston attaches to shock shaft with screw for tight clamping and no slop
o Threaded collar with fine pitch thread for ease of accurate ride height adjustment
• Titanium turnbuckles with new turnbuckle eyelets for easy access to ball stud
• 16 precision ball bearings
• Cross-compatibility with TC6 chassis components
:: Additional Features
Your new TC6.1 comes unassembled and requires the following items for completion. (refer to catalog section for suggestions):
• 1:10th scale electric motor and electronic speed control • 3.7V-7.4V LiPo, 6.6V LiFe, or 4.8V-7.2V NiMh/NiCd
• Battery charger (suited for, and particular to, one of the batteries mentioned above)
up your hardare with the correct drawing until
you find the exact size. Each part in the foldout
has a number assigned to it for ordering
replacement parts.
Customer Service
Tel: 949.544.7500
Fax: 949.544.7501
Page 4
4
:: Shock Build - Bag A-AA - Step 1
31325
VCS3 shock
body
31327
VCS3 shock
bottom cap
o-ring
:: Shock Build - Bag A-AA - Step 2
31510
M2x4mm
bhcs
31324
VCS3
piston
bushing
#1596
thread lock
6465
Shock
piston
(#2)
31330
VCS3 shock
shaft
Shock oil
#5423
(40wt)
31324
Shock
bladder
31324
VCS3
o-ring
Shock oil
#5423
(40wt)
spacer
5407
Red
o-rings
31324
Hat
bushing
31327
VCS3 shock
bottom cap
:: Shock Build - Bag A-AA - Step - 3
Bladder Installation
With the shaft fully extended, place
bladder on the top of the shock body,
displacing the extra oil. While
maintaining pressure on the bladder
against the shock body, carefully lift
one side of the bladder to allow any
extra oil to escape. Place stock cap
on top of bladder, and secure it by
threading the aluminum cap retainer
onto the shock body.
31305
Turnbuckle
eyelet
31328
Aluminum
cap retainer
VCS3 shock
VCS3
31329
cap
Shock oil
#5423
(40wt)
31326
VCS3 shock
collar o-ring
31326
VCS3
shock collar
Page 5
:: Shock Build - Bag A-AA - Step 4
3942
Silver
spring
14.5lb
spring cup
(front)
3942
Silver
spring
14.5lb
(rear)
:: Front Spool Build - Bag B-BB - Step 1
5
6475
Shock
!
Build four
shocks
31339
Diff pulley
flange
#1597
ca glue
31339
Diff pulley
(40T)
:: Front Spool Build - Bag B-BB - Step 2
Belt Tension
Cam Position
Number
161
Left Side
31342
Spool hub
31510
M2x4mm
bhcs
#1596
thread lock
x4
Mid-Low
Low
Note!
Always use the same
cam position on both
sides of the spool.
* Not all servo’s are listed
* Make sure servo linkage clears the servo through full travel in both
directions. Use #7336 servo spacers to adjust servos position as necessary.
Before making any changes to the standard setup, make sure you can get around the track without crashing. Changes to your car
will not be beneficial if you can’t stay on the track. Your goal is consistent laps.
Once you can get around the track consistently, start tuning your car. Make only ONE adjustment at a time, testing it before making
another change. If the result of your adjustment is a faster lap, mark the change on the included setup sheet (make additional
copies of the sheet before writing on it). If your adjustment results in a slower lap, revert back to the previous setup and try another
change.
When you are satisfied with your car, fill in the setup sheet thoroughly and file it away. Use this as a guide for future track days or
conditions.
Ride Height:
The standard starting point for ride height is 5.0mm (keep in mind that your local track may have minimum ride height
requirements). You can slightly raise the rear relative to the front to give the car more steering. Raise the car slightly for tracks
with large bumps.
Battery Placement:
For most cases, run the battery in the standard forward position. Typically this will be the most stable and easiest to drive. Try
moving the battery back if you encounter a low traction surface.
Wheelbase:
Wheel Base Shims
Lengthening the front will reduce steering, shortening the front will increase steering. Shortening the rear will
increase rear grip, lengthening the rear will decrease rear traction.
Rear Toe-In:
Decreasing toe-in will decrease rear traction and increase corner speed. Use numbered toe shims for adjustment.
Ackermann & Steering Rate:
Ackermann refers to the relative angle difference between the front wheels as they are
turned to steer the car. The outside wheel will turn less than the inside wheel in most
conditions. Settings with more Ackermann will have a bigger difference in wheel angle,
causing the outside wheel to turn less. Likewise, settings with less Ackermann will cause
the outside wheel to turn more.
Increasing the Ackermann will smooth out the steering and is used most often on high
traction surfaces such as carpet. This is a result of the reduced outside wheel angle.
Settings with reduced Ackermann will help to increase corner entry steering, and are
typically used when running a spool in the front.
The steering rate is also adjusted when changing the length
of the steering bellcrank. There are three rate options. The
shortest position (position C) produces a slower speed than the
longest position (position A). Slower steering rates will make
the car less aggressive, making it easier to drive. These
settings are good for high traction conditions such as carpet.
The chart to the right lists the different Ackermann options along
with their associated steering rates.
Steering Bellcrank
Steering
Bellcrank
Steering
Link
2B7A
2B8A
1B7C
1B8C
2B7BSTD
2B8B
2A7A
2A8A
1mm
2mm
Arm Mount Shims
1º 1.5º 2º
Steering
Speed
Fast
Fast
Slow
Slow
Medium
Medium
Fast
Fast
1A7C
7
8
A B C
A
B
Steering Link
1
2
1A8C
2A7B
2A8B
Slow
Slow
Medium
Medium
More AckermannLess Ackermann
Page 27
27
:: Tuning Tips
Caster:
Caster describes the angle of the kingpin from vertical while looking from the side of the car. Positive caster means the top of the
kingpin leans rearward. Negative caster means the kingpin is leaning towards the front of the car. Since caster is measured at the
wheel, it is affected by running any inclination in your inboard arm mount. Kick-up adds (+) caster, and anti-dive adds (-) caster.
When figuring out your caster at the wheel, add the number of degrees of kick-up or anti-dive and add it to the degree caster blocks
you have on the car.
Typically for most racing surfaces, 4 degrees caster is the normal starting point for the Team. From there, increase caster to reduce
mid to exit steering and make the front end less responsive. Conversely, decreased caster gives a more responsive feel and more exit
steering.
Droop:
The standard settings of 6mm front and 5mm
rear will work best in most cases. Droop is
measured just underneath the outer hinge pin
as shown in the photos to the right.
On bumpy or low grip surfaces, increase the
droop (going to a lower number on the droop
gauge), this will help increase traction and
consistency.
Droop adjustments of 0.5mm to 1mm can be
very effective on the track!
Front
Droop Setting:
6mm
8
7
6
5
4
3
2
1
0
Rear
Droop Setting:
5mm
4
3
2
1
0
8
7
6
5
Camber Link Position:
The camber link is used to set static camber at ride height, but it is also an effective setting to adjust roll center height and camber
gain. The TC6.1 has 7 positions for the front camber link, and 14 for the rear. These positions vary in both length and angle.
Longer links will produce less camber gain, stiffening that particular end of the car in roll. These are particularly effective on large
tracks with big sweeping corners. Shorter links will give more camber gain, softening that end of the car in roll. This will make the
car more aggressive, and is a good setting for smaller indoor tracks with high grip levels.
The angle of the camber link will make fine adjustments to the roll center height. Typically the camber link will be no more than
parallel to the suspension arm with the inboard side of the link lower than the outboard side. As the inboard side of the camber link
is moved down, the roll center goes up, stiffening that end of the car. Camber link angle is a good adjustment to help fine tune the
balance of the car to the track by setting the front and rear at slightly different angles.
Arm Mount Position:
The TC6.1’s arm mounting system allows for maximum
adjustability for all track and racing conditions. Six arm mount
positions allow you to run the pins flat, or with angle to produce
kick-up, anti-dive, anti-squat, and pro-squat. The arm mounts are
indicated zero, one, two, and three, with the corresponding number
of dots on the outer face. Zero is the lower roll center and three the
higher roll center, with one and two in order between.
The TC6.1 adds offset arm mounts that move the inner hinge pin out
from centerline by 2mm. These help to minimize (or eliminate) the
use of shims behind the arm mount, and will help to add strength
and rigidity to the suspension system. The typical racing setup will
use offset arm mounts for both the forward and rearward positions
on the front arm. With the rear arm mounted using standard arm
mounts for the forward position, and offset arm mounts for the
rearward positions (producing 2.5 degrees of rear toe-in) .
Each bulkhead has two positions to attach the arm mount to. The
lower position (A) is used for the lowest roll center options, and the
upper position (B) is used for the highest roll center options.
In general, lower roll centers will effectively make the car softer in
roll, allowing the car to lean more in the corners. Lower roll center
positions are good for low traction conditions. If the grip level is
high, then raising the roll centers to a higher position will help to
stiffen the car in roll making it more stable.
The following chart shows some examples of arm mounting
positions along with their resulting arm angles shown in degrees.
Arm Mounts
0123
Roll Center
Low High
Rwd
Fwd
Mount
Mount
1˚ Kick Up
1B
2B
2˚ Kick Up
0B
2B
1B
1B
2B
1B
0B
3A
0B
1B
0B
3A
2A
3A
0B
3A
2˚ Anti Dive
1˚ Anti Dive
1˚ Kick Up
2˚ Kick Up
2˚ Anti Dive
1˚ Anti Dive
1˚ Kick Up
2˚ Kick Up
2˚ Anti Dive
1˚ Anti Dive
0B
0B
1B
1B
0B
3A
3A
0B
0B
Front
3A
2A
2A
StdOffset
Result
Flat
Flat
Flat
Roll
Center
High
Std.
Low
Fwd
Mount
2B
2B
1B
0B
0B
1B
1B
0B
3A
3A
0B
0B
Rear
3A
2A
2A
Rwd
Mount
1B
0B
1B
2B
1B
0B
3A
0B
1B
0B
3A
2A
3A
0B
3A
Result
1˚ Anti-Squat
2˚ Anti-Squat
Flat
2˚ Pro-Squat
1˚ Pro-Squat
1˚ Anti-Squat
2˚ Anti-Squat
Flat
2˚ Pro-Squat
1˚ Pro-Squat
1˚ Anti-Squat
2˚ Anti-Squat
Flat
2˚ Pro-Squat
1˚ Pro-Squat
Roll
Center
High
Std.
Low
Page 28
28
Left Side
:: Tuning Tips
Kick-Up (front):
Kick-up describes the angle of the front suspension arm, where the front mount is higher than the rear mount. Increasing kick-up will
give more entry steering, as well as increasing caster at the wheel.
Anti-Dive (front):
Anti-dive is a front arm angle where the rear mount is higher than the front mount. Adding anti-dive reduces weight transfer to the
front on deceleration entering corners. It also reduces caster at the wheel.
Anti-Squat (rear):
Anti-Squat describes a rear arm angle where the front mount is higher than the rear mount. Increasing anti-squat will make the rear
suspension stiffer. It tends to give the car more entry steering and reduce rearward weight transfer on power.
Pro-Squat (rear):
Pro-squat is a rear arm angle where the rear mount is higher than the front mount. Running Pro-Squat will increase rearward
weight transfer on power.
Anti-Roll Bar:
Anti-roll bars are only effective during roll (when the chassis leans from side to side when cornering).
Because of this they isolate a change in the suspensions spring rate in the corners only, and can be a very useful
tuning option.
Anti-roll bars stiffen the spring rate of the suspension during roll movements when cornering. The larger the
roll bar wire, the stiffer the spring rate will be in roll. The chart on the right shows the available anti-roll bar
sizes (as well as their corresponding colors) from the softest on the top, to the stiffest on the bottom.
The standard setup, using yellow front anti-roll bars (1.1mm) and white rear anti-roll bars (0.9mm), is a balanced starting point.
Changing the size of the front or rear anti-roll bars can help to make the chassis more consistent through the corner. Decreasing the
size of the front anti-roll bars will help to increase mid-corner steering, but will tend to be less stable in sweepers. This is a typical
setup for smaller tracks with tighter turns. Increasing the size of the front anti-roll bars will give more stability in the sweepers, and
is better for larger tracks with high speed corners. Increasing the size of the rear ant-roll bars will help add stability into through
the corner in high traction conditions, but can make the car inconsistent in low traction, or bumpy, surfaces.
Belt Tension:
When altering the differential height, you will need
to adjust the tension of the belt. The following chart
shows suggested starting positions.
TighterLooser
Left Side
Front
TighterLooser
Cam Position
Mid-Low
Low
Left Side
Front
Mid-High
High
Belt Tension
Number
161
1732
View from left
side of car
Anti Roll Bar
Color/Size Chart
Green
White
Blue
Yellow
Red
Height
High
Mid-High
Front
Height
High
Mid-High
Rear
0.8mm
0.9mm
1.0mm
1.1mm
1.2mm
Pos.
Mid
Low
Pos.
Mid
Low
31
28
8
5
18
20
7
9
Note! Charts show left side cam positions from the left side of the car. Match right side cam position to left side cam position.
Motor Gearing:
The gear charts on the following page show final drive ratio numbers for the TC6.1. Refer to motor manufacturer’s suggested gear
ratio for starting point. You may need to adjust the gearing according to your track size.
The following formula’s can also be helpful in determining final drive ratios and pinion size.
TC6 Internal Ratio = 2.0
# of Teeth on Pinion
Final Drive Ratio
Final Drive Ratio = (# of Teeth Spur) x (Internal Ratio)
# of Teeth on Pinion = (# of Teeth on Spur) x (Internal Ratio)
Page 29
:: Gear Chart 48 Pitch
!
Blank spaces in the gear
charts designates a gear
ratio that will not fit in the
vehicle. Gear fitment will
also depend on the motor
TC6.1 CVA Kit
TC6.1 CVA Rebuild Kit
TC6.1 CVA Bone
TC6.1 Stub Axle
CVA Pin Retaining Clip
CVA Bone Blade
M3x2.5mm Set Screw
31238
31368
31366
:: Anti-Roll Bars
8828
31058
31362
31363
31364
31365
31500
31511
Anti-Roll Bar Cups, Set
Anti-Roll Bar Ballstud,blue aluminum
TC6.1 Anti-Roll Bar Kit
TC6.1 Anti-Roll Bar Tube
TC6.1 Anti-Roll Bar Wire, Set
TC6.1 Anti-Roll Bar Mounts
M3x2.5mm Set Screw
M2x5mm SHCS
FT Body Clips, short
F/R Body Mounts, Set
Pivoting Body Mounts, Set
M2.5x4mm BHCS
M3x8mm FHCS
M3x10mm FHCS
M3x12mm FHCS
TC6 Bumper and Brace
TC6 Foam Bumper
M3x5mm BHCS
FT Body Clips, short
F/R Body Mounts, Set
Pivoting Body Mounts, Set
Shock Bushing
8mm Ballstud, short
TC6 Shock Tower, Front
TC6 Shock Tower, Rear
TC6 Bearing Cap
M3x5mm BHCS
M3x6mm BHCS
M3x8mm BHCS
M3x6mm FHCS
M3 Aluminum Locknut
M3x14mm BHCS
M4x8mm Setscrew
5x10mm Bearing
1/16” x 5/16” Dowel Pins
Axle Shim Kit
Arm Mount Shim Set
Wheelbase Shim Set
Caster Block Bushing
Inner Hinge Pin Set
Outer Hinge Pin Set
Clamping Wheel Hex
5mm Ballstud, short
8mm Ballstud, long
Aluminum Ballstud Washers, Set
TC6 Bulkhead
TC6 Arm Mount Set
TC6 Arm Mount Bushing
TC6.1 Front Arms
TC6.1 Caster Blocks
TC6.1 Steering Blocks
TC6.1 Offset Arm Mounts, Set
TC6.1 Anti Roll Bar Mounts, Set
TC6.1 Axle Crush Tubes
M2x4mm BHCS
M2x5mm SHCS
M3x8mm BHCS
M3x5mm FHCS
M4 Locknut
M3x14mm BHCS
M4x8mm Setscrew
1/16” x 5/16” Dowel Pins
Axle Shim Kit
Arm Mount Shim Set
Wheelbase Shim Set
Inner Hinge Pin Set
Outer Hinge Pin Set
Clamping Wheel Hex
5mm Ballstud, short
8mm Ballstud, long
Aluminum Ballstud Washers, Set
TC6 Bulkhead
TC6 Arm Mount Set
TC6 Arm Mount Bushing
TC6.1 Rear Arms
TC6.1 Rear Hub Carrier
TC6.1 Offset Arm Mounts, Set
TC6.1 Anti Roll Bar Mounts, Set
TC6.1 Axle Crush Tubes
6x10mm Bearing
M2x4mm BHCS
M2x5mm SHCS
M3x5mm FHCS
M4 Locknut
20
20
8
1
1
1
1
1
4
6
6
1
1
1
8
Pr.
Pr.
1
1
4
2
6
6
6
8
31309
31540
25237
31365
31198
31321
31359
31322
31281
31359
31511
31540
31200
31286
25237
31198
31359
31112
31511
25187
31370
31200
25227
31357
31357
31162
31221
31222
31234
91148
31361
31322
25187
31280
31510
Page 34
34
66666
:: Chassis / Top Plate / Belts / Antenna / Battery Braces / Motor Mount
Antenna Tube 12”, black
Front Belt
Rear Belt
Aluminum Ballstud Washers, Set
TC6 Chassis
TC6 Top Plate
TC6 Battery Tape Tab
TC6 Spur Gear Bulkhead
TC6 Motor Mount
TC6 Motor Mount Brace
TC6 Battery Brace Set
M3x2.5mm Set Screw
M3x5mm BHCS
M3x6mm BHCS
M3x8mm BHCS
M3x5mm FHCS
31530
31304
31318
31540
31540
31500
1
1
1
1
1
1
Pr.
Pr.
1
1
1
6
6
6
6
6
31530
31318
31540
31540
31304
31530
31530
31540
31318
31540
31311
31540
31531
31286
31313
31540
31531
31188
31540
31312
31530
31531
31286
31540
31311
31540
31532
31540
6338
31318
31540
31300
:: Lubes & Adhesives
1105
1596
1597
6588
6591
6636
6727
FT Green Slime Shock Lube
FT Locking Adhesive
FT Tire Adhesive, medium
Black Grease - 4cc
S.Diff Lube - 4cc
Silicone Grease - 4cc
Servo Tape
:: Decals
716
717
3816
3820
3834
31299
Reedy 2009 Sticker Set
Reedy Powered Logo Decal
American Bumper Sticker
AE Logo Decal Sheet
AE Blue Embossed Logo Sticker
TC6 Decal Sheet
FT Blue Titanium Turnbuckle 1.300”
FT Blue Titanium Turnbuckle 1.775”
FT Blue Body Clip, 4 long, 6 short
FT Blue Body Clip, long
FT Blue Body Clip, short
Radial Heatsink, narrow
Radial Heatsink, wide
TC Aero Dish Wheel 24mm
12R5 Front Bulkhead Shims
(x4 0.5mm, x4 1.0mm, x4 2.0mm)
FT 4mm Locknuts, blue
5mm Ballstud, short
8mm Ballstud, short
10mm Ballstud, short
5mm Ballstud, long
8mm Ballstud, long
10mm Ballstud, long
Aluminum Ballstud Washer, Set
Ti Nitride Ballstuds M3x5mm, short
Ti Nitride Ballstuds M3x8mm, short
Ti Nitride Ballstuds M3x10mm, short
Ti Nitride Ballstuds M3x5mm, long
Ti Nitride Ballstuds M3x8mm, long
Ti Nitride Ballstuds M3x10mm, long
TC6 Ballast Weight
TC6 Spool Kit
TC6 Gear Differential Kit
FT TC6 Aluminum Screw Kit
M3 Aluminum Lock Nut
M4 Aluminum Flange Lock Nut
S1903MG Servo
S2008MG Servo
XP SC200 Brushed ESC
XP SC700-BL Brushless ESC
XP DS1313 Digital Servo
XP DS1015 Digital Servo
Gear Set, DS1313
Gear Set, DS1015
Servo Case , DS1313/DS1015
Accessory Pack, DS1313/DS1015
XP3SS 2.4GHz Radio System
TRS401SS 2.4GHz 4Ch Receiver
540R Brushless Motor 3300kV
540R Brushless Motor 3900kV
540R Brushless Motor 4900kV
540R Brushless Motor 6100kV
XP SC450-BL/Reedy 540R 3300kV Combo
XP SC450-BL/Reedy 540R 3900kV Combo
XP SC450-BL/Reedy 540R 4900kV Combo
XP SC450-BL/Reedy 540R 6100kV Combo
Reedy Sonic 21.5 Stock (sensored)
Reedy Sonic 17.5 Stock (sensored)
Reedy Sonic 13.5 Stock (sensored)
Reedy Sonic 10.5 Modified (sensored)
Reedy Sonic 9.5 Modified (sensored)
Reedy Sonic 8.5 Modified (sensored)
Reedy Sonic 7.5 Modified (sensored)
Reedy Sonic 6.5 Modified (sensored)
Reedy Sonic 5.5 Modified (sensored)
Reedy Sonic 5.0 Modified (sensored)
Reedy Sonic 4.5 Modified (sensored)
Reedy Sonic 4.0 Modified (sensored)
Reedy Sonic 3.5 Modified (sensored)
XP SC700-BL/Reedy 540-SL 3300kV Combo
XP SC700-BL/Reedy 540-SL 3900kV Combo
XP SC700-BL/Reedy 540-SL 4900kV Combo
Reedy Radon 30000 rpm
3.5mm plugs (30M)
Reedy 09 Decal Set
Sonic Stock Rotor 12.3 x 24.2 (7.25)
Sonic Stock Rotor 12.3 x 25.0 (7.25)
Sonic Stock Rotor 12.5 x 25.0 (7.25)
Sonic Modified Rotor 12.2 x 25.0 (5.0)
Sonic Modified Rotor 12.5 x 25.0 (5.0)
Reedy Logo T-Shirt - White (M, L, XL, XXL, XXXL)
Reedy Logo T-Shirt - Black (M, L, XL, XXL, XXXL)
Factory Team 1/10 Motor Storage Bag
Factory Team 1/10 Car Carrier Bag
** Use part number plus the desired size when ordering!
X-12 Replacement Ball Bearings
X-12 Optional Ceramic Ball Bearings
X-12 Small Parts Set
X-12 PreciSensor Unit
X-12 Replacement Aluminum Front Can
X-12 Lightweight Aluminum Can
X-12 Alum Rear Cover
X-12 12.0mm Sintered Rotor
X-12 12.5mm Sintered Rotor
X-12 13.0mm Sintered Rotor
X-12 Stock Spec Rotor 12.45mm
Works Team X-12 12.0mm Rotor
Works Team X-12 12.5mm Rotor
Works Team X-12 13.0mm Rotor
X-12 Stock Spec 1S LiPo Rotor
LRP Motor Bearing Puller
BEC Stabilizing Capacitor
SXX Low Profile Fan
30mm Motor Fan/Clamp, Gunmetal
Radical Cooling Set, Blue
Radical Cooling Set, Gunmetal
SXX Power Cap 3.7-4.8V
SXX Power Cap 6.0-7.4V
70mm High Flex Sensor Wire
100mm High Flex Sensor Wire
150mm High Flex Sensor Wire
200mm High Flex Sensor Wire
FT Turnbuckle Wrench
FT Ride Height Gauge
FT Hex Driver Set, (7 pcs)
FT .050” Silver Hex Driver
FT 1/16” Black Hex Driver
FT 1.5mm Purple Hex Driver
FT 5/64” Blue Hex Driver
FT 3/32” Gold Hex Driver
FT 2.5mm Green Hex Driver
FT 3mm Red Hex Driver
FT Screwdriver Set
FT Phillips Silver Screwdriver
FT Silver Spring Hook Tool
FT Nut Driver Set, (6 pcs)
FT 3/16” Black Nut Driver
FT 1/4” Red Nut Driver
FT 5.5mm Red Nut Driver
FT 11/32” Green Nut Driver
FT 7.0mm Silver Nut Driver
FT 8mm Gold Nut Driver
FT 5/64” Blue Ball Hex Driver
FT 3/32” Gold Ball Hex Driver
FT Ball Hex Driver Set, (3 pcs)
FT 8-Piece 1/4” Hex Drive Set
FT 1/4” Hex Drive Handle, without tips
FT 1/4” Hex Drive .050” Tip
FT 1/4” Hex Drive 1/16” Tip
FT 1/4” Hex Drive 5/64” - 2.0mm Tip
FT 1/4” Hex Drive 3/32” Tip
FT 1/4” Hex Drive 1.5mm Tip
FT 1/4” Hex Drive 2.5mm Tip
FT 1/4” Hex Drive 3/16” Nut Driver Tip
FT 1/4” Hex Drive 1/4” Nut Driver Tip
FT 1/4” Hex Drive 11/32” Nut Driver Tip
FT 1/4” Hex Drive 5.5mm Nut Driver Tip
FT 1/4” Hex Drive 7.0mm Nut Driver Tip
FT 1/4” Hex Drive 8.0mm Nut Driver Tip
FT 1/4” Hex Drive 5/64” - 2.0mm Ball End Tip
FT 1/4” Hex Drive 3/32” Ball End Tip
FT 1/4” Hex Drive Standard Screwdriver Tip
FT 1/4” Hex Drive Phillips Screwdriver Tip
FT 1/4” Hex Drive 2.5mm Ball End Tip
FT 1/4” 5 Piece Power Tool Tips Set (5/64-2.0mm,
1.5mm, 2.5mm, 5/64”- 2.0mm ball, 2.5mm ball)
FT Camber + Track Width Tool
FT Body Scissors
12 Inch Nylon Wire Ties
6 Inch Nylon Wire Ties
8 Inch Nylon Wire Ties
FT Droop Gauge
Shock Building Tool
Molded Tools, Set
4 Inch Nylon Wire Ties
Reedy 09’ White T-Shirt (M, L, XL, XXL, XXXL)
Reedy 09’ Black T-Shirt (M, L, XL, XXL, XXXL)
AE Vertigo Long Sleeve T-Shirt (S, M, L, XL, XXL)
AE Vertigo White T-Shirt (S, M, L, XL, XXL)
AE Vertigo Blue T-Shirt (S, M, L, XL, XXL)
AE Vertigo Black T-Shirt (S, M, L, XL, XXL)
AE Stencil Blue T-Shirt (S, M, L, XL, XXL, XXXL)
AE Stencil Sweatshirt (S, M, L, XL, XXL, XXXL)
26-Time Champ T-Shirt (S, M, L, XL, XXL, XXXL)
AE Hat ‘11, Flatbill Black (S-M, L-XL)
1/10 Car Carrier Bag Only
1/10 FT Motor Bag
1/10 FT Car Carrier Bag with Boxes, Set
AE Pit Gloves (M, L, XL)
Reedy 2009 Track Banner
Team Associated Track Banner
** Use part number plus the desired size when ordering!
:: Notes
:: Contact Information
1
1
1
1
1
1
1
1
1
1
1
1
1
Pr.
1
1
Check out the following web sites for all
Associated Electrics, Inc.
26021 Commercentre Drive
Lake Forest, CA 92630-8853 USA
http://www.TeamAssociated.com
http://www.RC10.com
http://twitter/Team Associated
http://bit.ly/AEonFacebook
call: (949) 544-7500
fax: (949) 544-7501
of our electric kits, current products, new
releases, setup help, tips, and racing info!
www.TeamAssociated.com. - www.RC10.com
Page 39
Notes:Notes:Notes:Notes:
B
C
Camber
Camber
Brake E.P. :
Throttle Expo:
Motor
E.S.C. Type:
E.S.C. Settings: S.W. Ver.
Turning Circle:
Steering Expo:
Low High
Transmitter
0123
Roll Center
StdOffset
Arm Mounts
FRONT OF CARFRONT OF CAR
8
7
Steering Bellcrank
+
A B C
0
-
Front
Toe
+
0
-
Outer Ball
& Shims
ABC
Speed Control
Gearing
/
:: For more setups, visit RC10.com and click on “Setup Sheets”
AAAA
BBBB
Notes:
Top Plate
Chassis
Chassis
Notes:
Additive & Amount
Insert & Wheel
Tire Diameter
Type
Notes:
87
Belt Tension Number
Tires
AA
Cam Holder
Setting
40wt
Notes:
SpoolGear Diff
Differentials
Type
SilverSilver
50%50%
Rebound
Spring
#2#2
Piston
40wt40wt
Oil
4
2
6
335
17
Notes:
Shocks
4
2
1
1.1mm0.9mm
0 deg
6
RWD Mount Shims
Anti-Roll Bar
Droop
0 deg
5
6
5
0B - Offset
0B - Offset
RWD Arm Mount
0B - Offset
Silver
0 deg0 deg
Outer Ball & Shims
FWD Mount Shim
FWD Arm Mount
Silver +2mm
0B
Bumpsteer
A
B
Notes:
3C3C
33A
Camber Link Position
Shock Position
Black
Suspension Geometry
Bumpsteer
N/A
Steering Link
+ 0.5 deg
1mm1mm
7B
2B
00
Steering Bellcrank
Steering Link
Hex Spacing
Wheelbase
Toe (Total)
-2.5 deg
N/A
N/A
4 deg
N/A
Rear Hub Toe
Caster
0 deg
N/A
1
2
-2 deg
5mm5mm
Ride Height
Camber
-1.5 deg
Setup Sheet
Track: Event:
Conditions: Rev.1
Front
Alignment
Rear
Driver: Date:
Battery Placement
RWD MountRWD MountFWD MountFWD Mount
Body & Wing
B
View from left
side of car
1732
A
Cam Holder
161
DroopDroop
Belt Tension
Number
A B C
Hex SpacingHex Spacing
Arm Mount Shims
7
3 4
5 6
1 2
1
2
3
4
AB
Outer Ball
& Shims
CamberCamber
0
+
1º 1.5º 2º
Toe
5
6
7
+
0
-
Wheel Base Shims
1mm
2mm
WheelbaseWheelbase
Rear
Page 40
:: Hardware - 1:1 Scale View
Cap Head (shcs)
Flat Head (fhcs)
40
Button Head (bhcs)
Setscrew
Ballstuds
(Ti Nitride 5mm short, 31288)
(Ti Nitride 5mm long, 31291)
(Ti Nitride 8mm short, 31289)
(Ti Nitride 8mm long, 31292)
(Ti Nitride 10mm short, 31290)
(Ti Nitride 10mm long, 31293)
Ball Bearings
2x5mm (31511)
Thrust screw (9274)
3x2.5mm (31500)
4x8mm (25227)
Black 5mm short (31280)
Silver 8mm short (31283)
Black 8mm short (31281)
Silver 8mm long (31284)
Black 10mm short (31285)
Silver 10mm long (31285)
4x7mm (31403)
Shims and Washers
Diff washer (31166)
wheelbase shims (31200)
Thrust washer (6573)
2.5x10mm (31350)
3x5mm (31540)
3x6mm (31541)
3x8mm (25201)
3x10mm (25202)
3x12mm (25203)
3x16mm (25204)
1mm and 2mm
blue shims (31286)
1mm and 2mm
2x4mm (31510)
2x5mm (31511)
2.5x4mm (4673)
2.5x6mm (4675)
2.5x8mm (31521)
3x5mm (31530)
3x6mm (31531)
3x8mm (31532)
3x12mm (89202)
3x14mm (25187)
3x16mm (89203)
Nuts (lock/plain)
2-56 locknut (3904)
M3 locknut (31550)
M4 locknut (91148)
Notes:
4x8x3mm flanged (31331)
5x8mm (31400)
5x10mm (25237)
10x15mm (31401)
Gold washer (7337)
Diff shim (31162)
Clips
E-clip (31160)
C-clip (31307)
Page 41
Notes:Notes:Notes:Notes:
B
C
Camber
Camber
Brake E.P. :
Throttle Expo:
Motor
E.S.C. Type:
E.S.C. Settings: S.W. Ver.
Turning Circle:
Steering Expo:
Low High
Transmitter
0123
Roll Center
StdOffset
Arm Mounts
FRONT OF CARFRONT OF CAR
8
7
Steering Bellcrank
+
A B C
0
-
Front
Toe
+
0
-
Outer Ball
& Shims
ABC
Speed Control
Gearing
/
:: For more setups, visit RC10.com and click on “Setup Sheets”
AAAA
BBBB
Notes:
Top Plate
Chassis
Chassis
Notes:
Additive & Amount
Insert & Wheel
Tire Diameter
Type
Notes:
Belt Tension Number
Tires
Cam Holder
Setting
Notes:
Differentials
Type
Rebound
Spring
Piston
Oil
4
2
6
335
17
Notes:
Shocks
4
2
1
RWD Mount Shims
Anti-Roll Bar
Droop
6
5
Outer Ball & Shims
FWD Mount Shim
RWD Arm Mount
FWD Arm Mount
Bumpsteer
A
B
Notes:
Suspension Geometry
Camber Link Position
Shock Position
Steering Link
Bumpsteer
N/A
Steering Link
Steering Bellcrank
Hex Spacing
Wheelbase
Toe (Total)
N/A
N/A
N/A
Rear Hub Toe
1
2
Camber
Caster
N/A
Setup Sheet
Conditions: Rev.1
Front
Alignment
Ride Height
Rear
Driver: Date:
Track: Event:
Battery Placement
RWD MountRWD MountFWD MountFWD Mount
Body & Wing
B
View from left
side of car
1732
A
Cam Holder
161
DroopDroop
Belt Tension
Number
A B C
Hex SpacingHex Spacing
Arm Mount Shims
7
3 4
5 6
1 2
1
2
3
4
AB
Outer Ball
& Shims
CamberCamber
0
+
1º 1.5º 2º
Toe
5
6
7
+
0
-
Wheel Base Shims
1mm
2mm
WheelbaseWheelbase
Rear
Page 42
current products, new releases, setup help, tips, and racing info!
Check out the following web sites for all of our kits,
www.TeamAssociated.com. - www.RC10.com
call: (949) 544-7500 - fax: (949) 544-7501
http://twitter/Team_Associated
http://bit.ly/AEonFacebook
http://www.TeamAssociated.com
Lake Forest, CA 92630 USA
http://www.RC10.com
26021 Commercentre Dr.
Associated Electrics, Inc.
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