USER MANUAL - ENGLISH

SHIV TT

Brand: Specialized

Table of Contents

Introduction

This user manual is specific to your Specialized Shiv TT. It contains important safety, performance and technical information, which you should read before your first ride and keep for reference. You should also read the entire Specialized Bicycle Owner's Manual (“Owner's Manual”), because it has additional important general information and instructions which you should follow. If you do not have a copy of the Owner's Manual, you can download it at no cost at www.specialized.com, or obtain it from your nearest Authorized Specialized Retailer or Specialized Rider Care.

Additional safety, performance and service information for specific components such as seatpost or pedals on your bicycle, or for accessories such as helmets or lights, may also be available. Make sure that your Authorized Specialized Retailer has given you all the manufacturers' literature that was included with your bicycle or accessories. If there is a difference between the instructions in this manual and the information provided by the component manufacturer, please refer to your Authorized Specialized Retailer.

Symbols and Warnings

⚠️ WARNING! The combination of this symbol and word indicates a potentially hazardous situation which, if not avoided, could result in serious injury or death. Many of the Warnings say "you may lose control and fall." Because any fall can result in serious injury or even death, we do not always repeat the warning of possible injury or death.

⚠️ CAUTION: The combination of the safety alert symbol and the word CAUTION indicates a potentially hazardous situation, which, if not avoided, may result in minor or moderate injury, or is an alert against unsafe practices.

CAUTION: The word CAUTION used without the safety alert symbol indicates a situation which, if not avoided, could result in serious damage to the bicycle or the voiding of your warranty.

ℹ️ INFO: This symbol alerts the reader to information which is particularly important.

⚙️ GREASE: This symbol means that high quality grease should be applied as illustrated.

⚙️ CARBON FRICTION PASTE: This symbol means that carbon friction paste should be applied as illustrated to increase friction.

? TORQUE: This symbol highlights the correct torque value for a specific bolt. In order to achieve the specified torque value, a quality torque wrench must be used.

? TECH TIP: Tech Tips are useful tips and tricks regarding installation and use.

Intended Use

The Shiv TT is intended and tested for Road Riding only (Condition 1). For more information on intended use and structural weight limits, please refer to the Owner's Manual.

⚠️ WARNING! The Specialized carbon components on the Shiv TT bicycle are designed for a maximum rider weight of 240 lb (109 Kg). Do not ride these components if your weight, including any gear and accessories you are wearing, exceeds this weight limit. Failure to follow this warning may result in an accident, which can cause serious injury or death.

General Notes About Assembly

This manual is not intended as a comprehensive assembly, use, service, repair or maintenance guide. Please see your Authorized Specialized Retailer for all service, repairs or maintenance. Your Authorized Specialized Retailer may also be able to refer you to classes, clinics or books on bicycle use, service, repair, and maintenance.

The Shiv TT is compatible with wired or wireless electronic shifting systems only. Mechanical shifting systems are not compatible.

Inspect the fork, stem, seatpost and seat tube, to ensure that there are no burrs or sharp edges. Remove any burrs or sharp edges using fine grit sandpaper.

All edges of the stem in contact with the steerer tube should be rounded out to eliminate any stress points.

⚠️ WARNING! Due to the high degree of complexity of the Shiv TT, proper assembly requires a high degree of mechanical expertise, skill, training and specialty tools. Therefore, it is essential that the assembly, maintenance and troubleshooting be performed by an Authorized Specialized Retailer.

⚠️ WARNING! Many components on the Shiv TT, including, but not limited to, the seatpost, headset and cable guides, are proprietary to the Shiv TT. Only use originally supplied components and hardware at all times. Use of other components or hardware may compromise the integrity and strength of the assembly. Shiv TT specific components should only be used on the Shiv TT and not on other bicycles, even if they fit. Failure to follow this warning could result in serious injury or death.

⚠️ WARNING! Never modify your frame or components in any way. Do not sand, drill, file, or remove parts. Do not install incompatible forks or components. An improperly modified frame, fork, or component, can cause you to lose control and fall.

In order to successfully build the Shiv TT bicycle, it is very important to follow the order of operations as outlined in this manual. Modifying the order of assembly will result in a longer build process. The following are the recommended routing instructions for Shimano Di2 wiring on the Shiv TT.

Use the Park IR-1 Internal Cable Routing Kit to simplify installation of shift wires or cable housings and brake housings.

Specialized Bicycle Components
15130 Concord Circle, Morgan Hill, CA 95037 (408) 779-6229
0000143663_UM_R1, 09/19

We may occasionally issue updates and addendums to this document. Please periodically check www.specialized.com or contact Rider Care to make sure you have the latest information. Info: ridercare@specialized.com / 877-808-8154

Tools / Torque Specs

⚠️ WARNING! Correct tightening force on fasteners (nuts, bolts, screws) on your bicycle is important for your safety. If too little force is applied, the fastener may not hold securely. If too much force is applied, the fastener can strip threads, stretch, deform or break. Either way, incorrect tightening force can result in component failure, which can cause you to lose control and fall.

Where indicated, ensure that each bolt is torqued to specification. After your first ride, and consistently thereafter, recheck the tightness of each bolt to ensure secure attachment of the components. The following is a summary of torque specifications in this manual:

LOCATION ALLEN KEY TORQUE (in-lbf) TORQUE (Nm)
SADDLE @ RAIL CLAMP 5 120 13.5
SEAT COLLAR 4 55 6.2
STEM 4 44 5.0
STEM COVER 2 1 0.12
DERAILLEUR HANGER 4 40 4.5
FRONT/REAR AXLE 6 133 15
SEATPOST Di2 COVER 2.5 7 0.8
WATER BOTTLE 3 25 2.8
STACK BOLTS 5 44 5.0
EXTENSION SOCKET 2.5 22 2.5
ARMREST CUPS 3 26.5 3.0
BLIP BOX 2.5 9 1.0

CAUTION: Ensure that all contact surfaces are clean and bolt threads are greased or have a threadlocking compound (refer to the instructions for each bolt) prior to installation.

The following tools are required for installation of this product:

General Notes About Maintenance

The Shiv TT is a high performance bicycle. All regular maintenance, troubleshooting, repair and parts replacement must be performed by an Authorized Specialized Retailer. For general information regarding maintenance of your bicycle, please refer to the Owner's Manual. In addition, routinely perform a mechanical safety check before each ride, as described in the Owner's Manual.

Great care should be taken to not damage carbon fiber or composite material. Any damage may result in a loss of structural integrity, which may result in a catastrophic failure. This damage may or may not be visible in inspection. Before each ride, and after any crash, you should carefully inspect your bicycle for any fraying, gouging, scratches through the paint, chipping, bending, or any other signs of damage. Do not ride if your bicycle shows any of these signs. After any crash, and before you ride any further, take your bicycle to an Authorized Specialized Retailer for a complete inspection.

While riding, listen for any creaks, as a creak can be a sign of a problem with one or more components. Periodically examine all surfaces in bright sunlight to check for any small hairline cracks or fatigue at stress points, such as welds, seams, holes, and points of contact with other parts. If you hear any creaks, see signs of excessive wear, discover any cracks, no matter how small, or any damage to the bicycle, immediately stop riding the bicycle and have it inspected by your Authorized Specialized Retailer.

Lifespan and the type and frequency of maintenance depends on many factors, such as frequency and type of use, rider weight, riding conditions and/or impacts. Exposure to harsh elements, especially salty air (such as riding near the ocean or in the winter), can result in galvanic corrosion of components such as the crank spindle and bolts, which can accelerate wear and shorten the lifespan. Dirt can also accelerate wear of surfaces and bearings. The surfaces of the bicycle should be cleaned before each ride. The bicycle should also be maintained regularly by an Authorized Specialized Retailer, which means it should be cleaned, inspected for signs of corrosion and/or cracks and lubricated.

If you notice any signs of corrosion or cracking on the frame or any component, the affected item must be replaced.

Regularly clean and lubricate the drivetrain according to the drivetrain manufacturer's instructions.

Do not use a high pressure water spray directly on the bearings. Even water from a garden hose can penetrate bearing seals and crank interfaces, which can result in increased bearing and crank wear, which can affect the normal function of the bearings. Use a clean, damp cloth and bicycle cleaning agents for cleaning.

Do not expose the bicycle to prolonged direct sunlight or excessive heat, such as inside a car parked in the sun or near a heat source such as a radiator.

When placing the frame and/or bicycle in a repair stand, clamp the stand to the seatpost and not the frame. Clamping the frame can cause damage to the frame that may or may not be visible, which may impair the structural integrity of the frame.

⚠️ WARNING! Failure to follow the instructions in this section may result in damage to the components on your bicycle and will void your warranty, but, most importantly, may result in serious personal injury or death. If your bicycle exhibits any signs of damage, do not use it and immediately bring it to your Authorized Specialized Retailer for inspection.

Warranty

Warranty information is available from your Authorized Specialized Retailer. It is also available for download at www.specialized.com.

Frame and Components

Figure 1 shows an exploded view of the Shiv TT frame and its primary components. Key parts labeled include the Frame (A), Fork (B), Cockpit (C), Seatpost (D, E), Headset Bearings (G, H), Axles (I, J), Derailleur Hangers (K, L), and various junction box covers and plugs (M, N, O, P).
DESCRIPTION DIMENSIONS (mm) TOOL SIZE TORQUE (in-lbf) TORQUE (Nm)
FRAME - - - -
FORK - - - -
COCKPIT (FIG.2) - - - -
SEATPOST (SADDLE RAIL CLAMP) M5 x 37.3 5 120 13.5
SEATPOST WEDGE M6 x 30 4 55 6.2
COMPRESSION RING 30.6 x 25.4 x 6.8 - - -
UPPER HEADSET BEARING 38 x 27.2 x 6.3 - - -
LOWER HEADSET BEARING 45.35 x 35 x 7.3 - - -
FRONT AXLE - 6 133 15
REAR AXLE - 6 133 15
FRONT DERAILEUR HANGER M4 x 12 2.5 18 2.0
REAR DERAILLEUR HANGER M5 x 10 4 40 4.5
JCT A BOX COVER M3 x 10 2.5 7 0.8
JCT A PLUG FOR ETAP - - - -
Di2 BATTERY HOLDER - - - -
Di2 DROPOUT PLUG - - - -

Cockpit Components

Figure 2 illustrates the assembly of the cockpit components, including stem, basebar, headset, and armrests. Key parts labeled are Spacer Stack Bolt (Q), Conical Washer (R), Extension Socket (S), Extensions (T), Shims (U), Stack Bridge (V), Spacers (W, X), T-Nut Sleeve (Y), T-Nut Threaded (Z), Stem Bolts (AA), Stem Nuts (BB), Stem Cover (CC), Stem Cover Bolts (DD, EE), Headset Top Cap Bolt (FF), Headset Top Cap (GG), Arm Cups (HH), Arm Cup Bolts (II), and Arm Cup Pads (JJ).
DESCRIPTION DIMENSIONS (mm) TOOL SIZE TORQUE (in-lbf) TORQUE (Nm)
SPACER STACK BOLT M5 x 22-82 5 44 5.0
CONICAL WASHER 11.25 x 6.5 x 3 - - -
EXTENSION SOCKET M4 x 8 2.5 22 2.5
EXTENSIONS - - - -
6/10 DEGREE SHIM - - - -
STACK BRIDGE 5 / 10 / 20 - - -
SPACER 40 / 80 / 120 - - -
T-NUT SLEEVE 11 x 5.1 x 10 - - -
T-NUT THREADED M5 x 11 x 14 6 44 5.0
STEM BOLTS M5 x 16 4 44 5.0
STEM NUTS M5 x 7.1 5 44 5.0
STEM COVER - - - -
STEM COVER FRONT BOLTS M3 x 14 2 1 0.12
STEM COVER REAR BOLT M2.5 x 24 2 1 0.12
HEADSET TOP CAP BOLT M5 x 20 4 - -
HEADSET TOP CAP - - - -
ARM CUPS - - - -
ARM CUP BOLTS M5 x 8 3 26.5 3.0
ARM CUP PADS - - - -

Frame Internal Routing (Di2 Wiring)

This section details the internal routing of Shimano Di2 electronic shifting wires within the Shiv TT frame. It provides suggested wire lengths for various connection points, such as the down tube, seat tube, seatpost, chainstay, and handlebar.

LOCATION QTY LENGTH (mm)
DOWN TUBE (SM-JC41 TO SM-JC41) 1 1400
SEAT TUBE (SM-JC41 TO EW-RS910) 1 1200
SEATPOST (BATTERY TO EW-RS910) 1 500
SEAT TUBE (SM-JC41 TO FRONT DERAILLEUR) 1 500
CHAINSTAY (SM-JC41 TO REAR DERAILLEUR) 1 750
HANDLEBAR (EW-JC130, SM-JC41 TO BOTH BRAKE LEVERS) 1 50 / 550 / 550
EXTENSIONS (SM-JC41 TO EXTENSION SHIFTERS) 2 1000

Electronic Shift Wiring - Frame

There is no bottom bracket port to access the Junction B box. To connect the wires to the Junction B box, the crank must be removed, and the bottom bracket may need to be removed, depending on the bottom bracket type.

Figure 3 illustrates the routing of Shimano Di2 wires through the frame. It shows the path for a 1400mm wire from the head tube down the down tube, a 750mm wire through the chainstay, a 500mm wire for the front derailleur (if applicable) down the seat tube, and a 1200mm wire from the top of the seat tube. It notes that the bottom bracket area needs access for the Junction B box and that the crank/bottom bracket may need removal. A 'Travel Option' is described for easier seatpost removal using an in-line junction.

Electronic Shift Wiring - Basebar

Figure 4 shows the routing of Shimano Di2 wires through the basebar. It details connecting an EW-JC130 Y-wire and two 1000mm e-tube wires to the SM-JC41 Junction B box, which is located in the center cavity of the basebar.

Electronic Shift Wiring - Bottom Bracket

Figure 5 illustrates plugging the Shimano Di2 wires into the Junction B box located in the bottom bracket shell. It shows guiding wires through the shell and connecting them to the box, which is then placed in the down tube.

The Shiv TT is spec'd with a 68mm BSA threaded bottom bracket shell. A number of threaded bottom bracket options are available to work with the Shiv TT in order to use your preferred crankset.

Install the chosen bottom bracket, then install the cranks according to the manufacturer's specifications.

CAUTION: Do not face the bottom bracket shell! This can prevent proper installation of the crank. Your Specialized frame does not require any bottom bracket shell pre-installation preparation, as all surfaces have been precisely machined to specific tolerances at the factory for proper interface with a threaded bottom bracket.

Seatpost Assembly

Figure 6 details the assembly of the seatpost clamp mechanism. It involves greasing contact surfaces, positioning saddle rails, using outboard rail clamps (7x7mm for alloy, 7x9mm for carbon), and securing with male and female bolts.
ITEM DESCRIPTION TORQUE (in-lbf) TORQUE (Nm)
A BOLT (MALE) 120 13.5
B WASHER - -
C OUTBOARD RAIL CLAMP - -
D INBOARD RAIL CLAMP - -
E BOLT (FEMALE) - -
F SEATPOST - -

FIG. 6: Assemble the seatpost.

Figure 7 shows the installation of the Di2 battery plug assembly into the seatpost. It involves installing rubber plugs, a metal clip, and a circlip onto the battery, then inserting it into the seatpost with the plug facing down.
Figure 8 demonstrates installing the Shimano Di2 Junction A box within the seatpost. It involves connecting wires (500mm and 1200mm) to the Junction A box and the battery, routing them through the seatpost, and securing the Junction A box. Torque specifications for the cover bolts are provided (7 in-lbf / 0.8 Nm). A note is included for SRAM wireless systems.

Seatpost Insertion

Figure 9 illustrates the process of inserting the seatpost into the frame. It requires greasing contact surfaces, applying carbon assembly compound to the seatpost, and assembling the seatpost wedge. The seatpost wedge bolt is torqued to 55 in-lbf (6.2 Nm) once saddle height is set.
Figure 10 provides critical details on seatpost insertion depth. It specifies minimum insertion (75mm, ensuring the min/max mark is not visible) and maximum insertion (185mm, ensuring clearance from the seat tube cutout to prevent frame damage). It also mentions installing derailleurs and drivetrain components. Warnings are given regarding improper seatpost installation and damage risks. It notes compatibility with the Venge seatpost and recommends using the 300mm length if the 390mm is too long. It advises against using grease on the seatpost/seat tube interface, recommending carbon assembly compound instead.

Rear Brake Routing

Figure 11 shows how to route the rear brake housing. It involves installing a grommet on the brake housing and inserting it into the chainstay housing port.
Figure 12 illustrates guiding the rear brake housing from the chainstay, over the bottom bracket shell, and up the down tube to the head tube. It also mentions installing the rear brake caliper.
Figure 13 shows installing a 'Churro' (foam sleeve) on the rear brake housing and running it into the down tube, extending from the head tube to behind the bottom bracket shell.

Front Brake Routing

Figure 14 details routing the front brake housing through the fork. It involves installing a grommet at the fork leg entry port and guiding the housing through the fork leg, crown, and up the steerer tube.
Figure 15 shows guiding the front brake housing out of the top of the fork's steerer tube, exiting through the bonded steerer tube plug. It also mentions installing the front brake on the fork.

Fork / Basebar Assembly

Figure 16 illustrates installing the fork into the frame's head tube. It requires greasing the lower and upper headset bearings and the compression ring before seating the fork.
Figure 17 shows installing the basebar, followed by the headset top cap and top cap bolt. It notes that the rear brake and electronic wires should exit the front of the top tube. A warning is given against applying grease or carbon assembly compound between the stem and steerer tube, as it can cause damage and failure.

Brake and Wire System Preparation

Figure 18A describes preparing the brake and Di2 wire system above the stem for Shimano systems. It involves installing a nylon tube over the e-tube and routing the rear brake housing through it, ensuring proper alignment and no excess cable inside the frame.
Figure 18B describes preparing the brake system above the stem for SRAM AXS systems. It involves installing a nylon tube over the brake housing, ensuring proper alignment and no excess cable inside the frame.
Figure 19 illustrates installing heat shrink tubing to secure the nylon tube and brake housing. It details routing the front and rear brake housings into the basebar, ensuring they pass between spacer stack holes and exit the ends. It also mentions installing brake levers and adjusting headset preload.
Figure 20 shows installing the stem cover and gently tightening the three cover bolts.

Cockpit Assembly

Choose the desired stack height, and which stack parts are needed to reach the desired height (see tables on page 12).

Figure 21 details the cockpit assembly for a 0-35mm stack height. It involves installing spacers, shims (optional), and extension sockets onto the basebar, then securing them with bolts and nuts. It specifies that extension sockets are left/right specific and requires using conical washers and appropriate length bolts.
Figure 22 outlines the cockpit assembly for a 40-145mm stack height. It involves installing larger spacers, sleeves, and the bridge, followed by optional shims and extension sockets, secured with bolts. It also requires conical washers and appropriate length bolts.
Figure 23 shows routing Shimano Di2 extension wires from the basebar through the center hole of the extension socket and out the front.
Figure 24 details routing basebar and extension wires for SRAM AXS systems. It involves routing wires to levers, routing extension wires similarly to Di2, and installing the SRAM AXS Blip Box on the underside of the basebar, routing wires through it.
Figure 25 shows installing the armrest cups using M5 x 8mm bolts, followed by placing the armrest pads. It also mentions finishing brake and shifter setup.
Figure 26 illustrates installing the extensions into the extension sockets. It requires routing shifter wires through the extensions and ensuring they are inserted past the minimum insertion mark. It also covers plugging wires into shifters and adjusting/torquing extension bolts to 22 in-lbf / 2.5 Nm.

Component Specifications and Configuration Tables

Bolt length is measured from end to end, including the bolt head. For example, a 67mm bolt will measure 67mm in total length, and have 55mm of thread length.

Component Definitions

Stack Configuration Tables

The following tables help determine the correct bolt length and components needed for various stack heights.

N: BOLTS (Length measured from end to end)
STACK BOLT LENGTH (mm) SPACER (mm) BRIDGE
NO SHIM 6° SHIM 10° SHIM 5 10 20 40 80 120
0 22 27 27/32 NUT - - - - - -
5 27 32 32/37 NUT - - - - -
10 32 37 37/42 NUT - - - -
15 37 42 42/47 NUT - - - -
20 42 47 47/52 NUT - - - -
25 47 52 52/57 NUT - - - -
30 52 57 57/62 NUT - - -
35 57 62 62/67 NUT - - -
40 27 32 32/37 SLEEVE - - - - -
45 32 37 37/42 SLEEVE - - - -
50 37 42 42/47 SLEEVE - - - -
55 42 47 47/52 SLEEVE - - -
60 47 52 52/57 SLEEVE - - -
65 52 57 57/62 SLEEVE - -
70 57 62 62/67 SLEEVE - -
75 62 67 67/72 SLEEVE -
80 67 72 72/77 SLEEVE -
85 72 77 77/82 SLEEVE -
90 37 42 42/47 SLEEVE - - - - -
95 42 47 47/52 SLEEVE - - - -
100 47 52 52/57 SLEEVE - - - -
105 52 57 57/62 SLEEVE - - -
110 57 62 62/67 SLEEVE - - -
115 62 67 67/72 SLEEVE - -
120 67 72 72/77 SLEEVE -
125 72 77 77/82 SLEEVE -
130 37 42 42/47 SLEEVE - - - - -
135 42 47 47/52 SLEEVE - - - -
140 47 52 52/57 SLEEVE - - - -
145 52 57 57/62 SLEEVE - -

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