Reverb AXS and Reverb AXS XPLR

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Product model code and specification details can be identified with the serial number on the product. Model codes can be used to identify the product type, series name, model name, and product version associated with the production model year. Product details can be used to identify spare parts, service kit, and lubricant compatibility.

Model Code example: FS-LYRK-UFA-D1

FS = Product Type - Front Suspension

LYRK = Platform/Series - Lyrik

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To identify the model code, locate the serial number on the product and enter it into the Search by Model Name or Serial Number field at www.sram.com/service.

Your product's appearance may vary from those pictured in this manual.

Images and examples pictured are for conceptual purposes and may vary from product design, appearance, and performance.

Consult sram.com/service whenever a separate manual is referenced in this document.

Read the full warranty policy for your components at sram.com/en/service/warranty.

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Highly specialized tools and supplies are required for the replacement and maintenance of your SRAM components. We recommend that you have a qualified SRAM dealer work on your SRAM components.

Download the SRAM AXS app, available for free in the app stores, to create your SRAM account, add your components, and customize your SRAM AXS experience.

Through the app, you will also be able to:

• Connect your components via Bluetooth to the SRAM AXS app.

• Build and personalize multiple bicycle profiles.

• Monitor bicycle performance and readiness.

• Customize component behavior to match your riding style.

• Assign custom actions to your controls.

For component customization within the SRAM AXS app, all AXS components must be paired into a single system. Procedures for pairing multiple systems, such as an AXS seatpost and AXS drivetrain, can be found in the System Pairing section.

For optimal system performance and compatibility make sure you have installed the latest version of the SRAM AXS app and component firmware. Firmware updates are performed through the app.

Consult the SRAM Battery and Charger User Manual at www.sram.com/service for additional information.

Reverb AXS (SP-RVB-AXS-B1) is compatible with 7x7 mm, 7x9 mm, and 7x10 mm diameter metal and composite rails (round and oval).

Reverb AXS XPLR (SP-RVB-XPLR-A1) is compatible with saddles with metal 7 mm diameter rails and composite 7x7 mm and 7x9 mm oval rails, and 7x10 mm oval rails when used with optionally available clamps. Refer to the RockShox Spare Parts Catalog for availability.

Reverb AXS (SP-RVB-AXS-B1) is available in 30.9 mm, 31.6 mm, and 34.9 mm diameters.

Reverb AXS XPLR (SP-RVB-XPLR-A1) is available in 27.2 mm diameter.

RockShox seatpost diameters are printed on the product.

If a seat tube diameter reduction sleeve is used, the sleeve must be a minimum of 80 mm in length, or the minimum specified by your frame manufacturer, whichever is greater.

Check battery levels before and after each use, and charge or replace batteries as needed.

If either battery is depleted during use, the seatpost will remain in the position it is in until the battery is replaced.

If the AXS controller battery is depleted during use before the seatpost battery, the seatpost AXS button can be used to raise or lower the seatpost.

The LED illuminates when the AXS controller paddle, controller AXS button, or seatpost AXS button is pressed. The color of the LED indicates the battery charge level.

During use, if the seatpost does not respond to the AXS controller, the SRAM battery has reached near depletion (blinking red LED) and the battery safety shut off has been activated.

1. Remove the battery cover from the SRAM battery.

2. Insert the SRAM battery into the SRAM batter charger and charge the battery.

3. When the SRAM battery is fully charged, press the release button on the SRAM battery charger.

4. Remove the SRAM battery.

Consult the SRAM Battery and Charger User Manual at www.sram.com/service for charging instructions, battery maintenance, and travel guidelines.

1. Open the battery latch.

2. Remove the battery block.

3. Insert the fully charged battery into the seatpost.

4. Close the battery latch. When installed correctly, the latch will snap into place.

1. Open the battery latch.

2. Remove the battery block.

3. Insert the fully charged battery into the seatpost.

4. Close the battery latch. When installed correctly, the latch will snap into place.

Each AXS system has a primary component that begins and ends the pairing session. The RockShox or SRAM AXS handlebar controller (MTB/flatbar), SRAM AXS BlipBox, or AXS road shift-brake levers must be paired with the seatpost. Pairing allows the assigned AXS controller or shifter to transmit actuation commands to the seatpost.

Reverb AXS and a SRAM AXS drivetrain can be combined to create one AXS system. To combine AXS systems, begin and end pairing with any one AXS primary component (Reverb AXS or SRAM AXS rear derailleur).

Reverb AXS can be paired with a SRAM AXS BlipBox (Blips, MultiClic) or SRAM AXS road shift-brake levers to actuate the seatpost.

When all AXS system components are paired into one system, use the SRAM AXS app to assign an AXS BlipBox, or SRAM AXS road shift-brake levers, to actuate the Reverb AXS seatpost.

If Reverb AXS is paired with a SRAM AXS BlipBox, refer to the AXS BlipBox and Remote Shift Buttons User Manual for BlipBox and Blip installation details.

Reverb AXS and Reverb AXS XPLR are NOT compatible with AXS Wireless Blips.

To pair a single Reverb AXS system including a RockShox or SRAM AXS controller, or a SRAM AXS BlipBox, begin the pairing session with the seatpost.

1. Press and hold the AXS button on the seatpost until the green LED blinks slowly, then release.

The pairing process will time out after 30 seconds of inactivity.

2. Press and hold the AXS button on the RockShox or SRAM AXS controller, or SRAM AXS BlipBox, until the green LED blinks quickly, then release.

3. Press and release the AXS button on the seatpost to end the pairing session, or wait 30 seconds for the session to time out. The green LED will stop blinking.

4. Press the RockShox or SRAM AXS controller paddle or AXS Blip to confirm the seatpost is paired.

The seatpost green LED should illuminate and you should hear the motor.

If the seatpost does not respond, repeat the pairing process.

The pairing process does not need to be repeated when either battery is removed and/or replaced. The pairing process must be repeated if any components are replaced, added, or removed.

To pair a single Reverb AXS system including a RockShox or SRAM AXS controller, or a SRAM AXS BlipBox, begin the pairing session with the seatpost.

1. Press and hold the AXS button on the seatpost until the green LED blinks slowly, then release.

The pairing process will time out after 30 seconds of inactivity.

2. Press and hold the AXS button on the RockShox or SRAM AXS controller, or SRAM AXS BlipBox, until the green LED blinks quickly, then release.

3. Press and release the AXS button on the seatpost to end the pairing session, or wait 30 seconds for the session to time out. The green LED will stop blinking.

4. Press the RockShox or SRAM AXS controller paddle or AXS Blip to confirm the seatpost is paired.

The seatpost green LED should illuminate and you should hear the motor.

If the seatpost does not respond, repeat the pairing process.

The pairing process does not need to be repeated when either battery is removed and/or replaced. The pairing process must be repeated if any components are replaced, added, or removed.

Reverb AXS (SP-RVB-AXS-B1) ONLY:

Air pressure affects three functional characteristics: 1. Drop force required to fully compress the seatpost when the AXS controller is actuated, 2. the amount the seatpost will compress when the seatpost is positioned below full topout and ActiveRide is activated, and 3. the rigidity of the seatpost at topout.

Less air pressure will decrease the amount of drop force required to fully compress the seatpost when the AXS controller is actuated, will increase the amount the seatpost will compress when the seatpost is positioned below full topout and ActiveRide is activated, and will reduce the rigidity of the seatpost at topout.

Reverb AXS B1 30.9 mm and 31.6 mm ships at 600 PSI / 41.37 Bar, and Reverb AXS B1 34.9 mm ships at 335 PSI / 23.1 Bar. Most riders find these air pressures provide the best balance of drop force, top-out rigidity, and ActiveRide compliance.

With a high pressure (600 PSI / 41.37 Bar) shock pump, pressurize or depressurize the seatpost to the preferred air pressure.

Reverb AXS: Adjust Air Pressure (optional)

1. Remove the saddle clamp bolts and saddle clamps.

2. Remove the air cap.

3. Attach a high pressure shock pump (600 PSI / 41 Bar maximum) to the threaded valve.

Pressurize or depressurize the seatpost to the preferred pressure.

Remove the shock pump from the threaded valve.

4. Install the air cap hand tight.

5. Install the saddle clamps and saddle clamp bolts finger tight.

Reverb AXS XPLR (SP-RVB-XPLR-A1) ONLY:

Reverb AXS XPLR is pressurized from the factory to 400 PSI / 27.58 Bar for an optimum riding experience.

Air pressure affects ActiveRide compliance, as well as seatpost compression and extension speed. ActiveRide compliance and extension speed can be adjusted by increasing or decreasing pressure as preferred.

With a shock pump (600 PSI / 41.37 Bar), pressurize or depressurize the seatpost to the preferred air pressure.

Reverb AXS XPLR (SP-RVB-XPLR-A1): Adjust Air Pressure (optional)

1. Remove the air cap.

2. Air pressure affects two functional characteristics: 1. Drop force required to fully compress the seatpost when the AXS controller is actuated, and 2. the amount the seatpost will compress when the seatpost is positioned below full topout and ActiveRide is activated.

Less air pressure will decrease the amount of drop force required to fully compress the seatpost when the AXS controller is actuated, and will increase the amount the seatpost will compress when the seatpost is positioned below full topout and ActiveRide is activated.

More air pressure will increase the amount of drop force required to fully compress the seatpost when the AXS controller is actuated, and will decrease the amount the seatpost will compress when the seatpost is positioned below full topout and ActiveRide is activated.

With a shock pump, pressurize or depressurize the seatpost to the preferred air pressure.

• Minimum air pressure = 200 PSI / 13.79 Bar

• Maximum air pressure = 500 PSI / 34.47 Bar

3. Install the air cap finger tight.

Use isopropyl alcohol and a clean, lint-free shop towel to clean any debris or grease from the inside of the frame's seat tube.

Remove any burrs from the frame's seat tube edges then smooth with 400 grit sandpaper.

1. Apply a moderate amount of friction paste to the inside of the frame seat tube and contact surface of the seatpost. Do NOT apply grease.

1. Apply a moderate amount of friction paste to the inside of the frame seat tube and contact surface of the seatpost. Do NOT apply grease.

1. Insert the seatpost into the frame to the minimum measurement, and seatpost travel, specified on the seatpost, or to the minimum specified by your frame manufacturer, whichever is greater.

Reverb AXS (SP-RVB-AXS-B1): SRAM battery forward.

2. Tighten the seatpost clamp bolt.

1. Insert the seatpost into the frame to the minimum measurement, and seatpost travel, specified on the seatpost, or to the minimum specified by your frame manufacturer, whichever is greater.

Reverb AXS XPLR (SP-RVB-XPLR-A1): SRAM battery rearward.

2. Tighten the seatpost clamp bolt.

1. Loosen the clamp bolt.

2. Install the SRAM AXS Pod controller with the (A) pointed tip aligned with the open slot in the clamp.

3. Loosely tighten the clamp bolt enough to prevent the SRAM AXS Pod controller from rotating.

4. Install the T-nut into the clamp.

5. Apply friction paste to the inner clamp surfaces.

6. Loosely install the clamp and brake lever onto the handlebar.

7. Secure the clamp around the handlebar and onto the brake lever.

8. Tighten the clamp bolt.

9. Install the slotted washer onto the clamp.

10. Install the bridge and SRAM AXS Pod controller onto the slotted washer. Install and tighten the bolt loosely; do not tighten the bolt to the specified torque.

11. Loosen the bridge bolt.

12. Rotate the SRAM AXS Pod controller in the bridge to the preferred angle.

13. Tighten the bridge pinch bolt.

14. Loosen the bridge mount bolt.

15. Slide the bridge horizontally to the preferred position.

16. Slide the bridge vertically to the preferred position.

17. Hold the bridge in place and tighten the bolt to the specified torque.

1. Loosen the clamp bolt.

2. Install the SRAM AXS Pod controller with the (A) pointed tip aligned with the open slot in the clamp.

3. Loosely tighten the clamp bolt enough to prevent the SRAM AXS Pod controller from rotating.

4. Loosely install the discrete clamp onto the handlebar.

5. Install the grip according to the manufacturer's instructions.

6. Loosen the clamp bolt.

7. Rotate the SRAM AXS Pod controller in the clamp to the preferred angle.

8. Slide the bridge horizontally on the handlebar to the preferred position.

9. Rotate the bridge on the handlebar to the preferred position.

10. Hold the SRAM AXS Pod controller and bridge in place, then tighten the bridge pinch bolt to the specified torque.

1. Apply friction paste to the brake lever and clamp.

2-3. Install the brake lever and clamp, and tighten the clamp bolt to the specified torque.

4. Remove the dummy screw.

5. Position the RockShox AXS controller inward or outward.

6. Install the dummy screw and tighten it to the specified torque.

7. Install the RockShox AXS controller and bolt.

8. Tighten the RockShox AXS controller bolt to the specified torque.

9. Loosen the MMX mounting bracket bolt.

10. Adjust the RockShox AXS controller vertically to the preferred position.

11. Tighten the MMX mounting bolt to the specified torque.

1. Apply friction paste to the discrete clamp.

2. Install the discrete clamp onto the handlebar.

3. Remove the dummy screw.

4. Position the RockShox AXS controller inward or outward.

5. Install the dummy screw and tighten it to the specified torque.

6. Install the RockShox AXS controller and bolt.

7. Tighten the RockShox AXS controller bolt the specified torque.

8. Adjust the RockShox AXS controller vertically to the preferred position.

9. Tighten the discrete clamp bolt to the specified torque.

1. Install the saddle with the saddle rails seated squarely on the lower rail clamps.

2. Install the upper saddle clamp and bolt nuts into the upper clamp.

3. Install clamp bolts.

4. To tilt the saddle downward, rotate the front bolt clockwise and the rear bolt counterclockwise.

To tilt the saddle upward, rotate the front bolt counterclockwise and the rear bolt clockwise.

5. Tighten each bolt, in an alternating manner, until each is tightened to the specified torque.

6. Loosen the seatpost clamp bolt.

7. Center the saddle.

8. Tighten the seat collar to the frame manufacturer's specification, or ≤6.7 N•m (59 in-lb), whichever is lower.

1. Loosen the saddle clamp bolt.

2. Slide the outer clamps on each side outward.

3. Install the saddle with the saddle rails seated squarely on the inner rail clamps.

4. Slide the outer clamps inward and seat each squarely onto the saddle rails. Hold the clamps firmly against the rails.

5. Tighten the bolt just enough to hold the clamps in place. Do not torque the bolt.

6. Adjust the saddle tilt as needed. If the saddle does not tilt, loosen the clamp bolt until the clamps are loose.

7. Tighten the saddle clamp bolt to the specified torque.

8. Rotate the tilt adjuster bolt clockwise until it is snug.

To adjust saddle tilt again, loosen the saddle clamp bolt and repeat steps 5 through 7.

9. Loosen the seatpost clamp bolt.

10. Center the saddle.

11. Tighten the seat collar to the frame manufacturer's specification, or ≤6.7 N•m (59 in-lb), whichever is lower.

To lower the seatpost, push and hold the AXS controller button or paddle and use your body weight to compress the seatpost. To raise the seatpost, unweight the saddle, then push and release the AXS controller paddle.

Seatpost position can be fixed to any point in its travel by releasing the AXS controller button or paddle when the seatpost is at the preferred height.

If SRAM AXS road shift-brake levers are assigned to the seatpost in the SRAM AXS app, to lower the seatpost, press and hold both shifter paddles simultaneously, and use your body weight to compress the seatpost. To raise the seatpost, unweight the saddle, then press and release both shifter paddles simultaneously.

Seatpost position can be fixed to any point in its travel by releasing the shifter paddles when the seatpost is at the preferred height.

To lower the seatpost, press and hold the Blip or MultiClic button and use your body weight to compress the seatpost.

To raise the seatpost, unweight the saddle, then press and release the Blip or MultiClic button.

Seatpost position can be fixed to any point in its travel by releasing the Blip or MultiClic button when the seatpost is at the preferred height.

If the RockShox AXS controller battery is depleted during use, the seatpost AXS button can be used to raise or lower the seatpost.

1-2. To raise the seatpost, brace the saddle with your hand then press and release the seatpost AXS button once.

3. Press and release the seatpost AXS button once more to lock the seatpost in the desired extended position. Do not sit on the saddle until the AXS button is pressed the second time.

1-2. To lower the seatpost, press and release the seatpost AXS button once then push down on the saddle with your hand.

3. Stop pushing down at the desired compressed position then press the AXS button once more to lock the seatpost in position. Do not unweight the saddle until the AXS button is pressed the second time.

ActiveRide Technology: At (A) full extension Reverb AXS B1 (SP-RVB-AXS-B1) is a firm seatpost.

For more compliance and comfort over rough terrain, ActiveRide is engaged when the seatpost is lowered below full extension.

When lowered (B) below full extension, the seatpost can compress as much as approximately (C) 25 mm while seated for compliance on rough terrain.

Air pressure can be increased or decreased with a shock pump to adjust compression compliance, or movement to the rider's preference.

Decrease air pressure to decrease the amount of drop force required to fully compress the seatpost when the AXS controller is actuated, to increase the amount the seatpost will compress when the seatpost is positioned below full topout and ActiveRide is activated, and to reduce the rigidity of the seatpost at topout. Refer to 'ActiveRide - Set Air Pressure' for procedures.

If the seatpost compresses while seated when fully extended, increase air pressure until the seatpost does not compress while seated.

ActiveRide Technology: At (A) full extension Reverb AXS XPLR A1 (SP-RVB-XPLR-A1) is a rigid seatpost.

For more compliance, comfort and traction over rough terrain, ActiveRide is engaged when the seatpost is lowered below full extension.

When lowered (B) below full extension, the seatpost can compress approximately (C) 25 mm while seated for compliance on rough terrain.

Air pressure can be increased or decreased with a shock pump to adjust compression compliance, or movement to the rider's preference.

Decrease air pressure to increase compression compliance or movement. Refer to 'ActiveRide - Set Air Pressure' for procedures.

If the seatpost compresses while seated when fully extended, increase air pressure until the seatpost does not compress while seated.

• Minimum air pressure = 200 PSI / 13.79 Bar

• Maximum air pressure = 500 PSI / 34.47 Bar

Check and confirm the seatpost does not slip in the frame.

Check and confirm the saddle rails do not slip in the seatpost clamp.

Full Suspension:

1. Lower the saddle.

2. Fully compress the rear suspension, and confirm the saddle pack does not contact the rear tire.

If any part of the saddle pack contacts the rear tire, adjust as needed, or remove the saddle pack.

Check and confirm the seatpost does not slip in the frame.

Check and confirm the saddle rails do not slip in the seatpost clamp.

Gravel/Road/Hardtail:

1. If a saddle pack is installed, lower the saddle and confirm the saddle pack does not contact the rear tire.

If any part of the saddle pack contacts the rear tire, adjust as needed, or remove the saddle pack.

When the post sits for a prolonged period of time without movement, it may develop a slight increase in breakaway friction. This is normal and will cease once the seatpost is cycled.

If breakaway is excessive or does not cease once the seatpost is cycled, cleaning and lubrication of the seatpost may be required.

Refer to the appropriate Reverb Service Manual for service interval schedules and procedures.

Reverb AXS (SP-RVB-AXS-B1) - Service Intervals

Every Ride: Remove dirt and debris. Inspect upper post for scratches. Check battery levels.

1 year, 300 hours, 10,000 actuations, or as needed: Basic Service

2 years, 600 hours, or 20,000 actuations: Complete Service

Refer to the Reverb AXS (SP-RVB-AXS-B1) Service Manual for details.

When the post sits for a prolonged period of time without movement, it may develop a slight increase in breakaway friction. This is normal and will cease once the seatpost is cycled.

If breakaway is excessive or does not cease once the seatpost is cycled, cleaning and lubrication of the seatpost may be required.

Refer to the appropriate Reverb Service Manual for service interval schedules and procedures.

Reverb AXS XPLR (SP-RVB-XPLR-A1) - Service Intervals

Every 50 Hours: Collar / Wiper Seal / Upper Post grease

Every 200 Hours: Collar / Wiper Seal and Bushing Replacement

Every 600 Hours: Complete Service

Refer to the Reverb AXS XPLR (SP-RVB-XPLR-A1) Service Manual for details.

Reverb AXS (SP-RVB-AXS-B1) includes 'Service Mode'.

Service procedures can only be performed after Reverb AXS (SP-RVB-AXS-B1) has set to Service Mode.

Refer to the Reverb AXS (SP-RVB-AXS-B1) Service Manual for more details.

Reverb AXS XPLR (SP-RVB-XPLR-A1) does not include 'Service Mode'.

Service procedures can be performed when compressed or fully extended.

Refer to the Reverb AXS XPLR (SP-RVB-XPLR-A1) Service Manual for more details.

It is recommended that you periodically clean your Reverb AXS seatpost. Use a damp cloth to wipe off any dirt and debris. Clean the components with soap and water only. Rinse thoroughly with water and allow the parts to dry.

Storage conditions: Temperature from -40 °C to 70 °C (-40 °F to 158 °F), humidity from 10% to 85%.

Operating conditions: Temperature from -10 °C to 40 °C (14 °F to 104 °F), humidity from 0% to 100%.

Service life: 5 years

Battery replacement procedures are the same for all AXS controllers.

Replace the AXS controller battery if the AXS LED illuminates red.

1. Use a coin to rotate the battery cover counterclockwise to the open position.

2. Remove the battery cover and coin cell battery.

3. Remove the coin cell battery from the battery cover.

4. Insert a new CR2032 coin cell battery into the battery cover, positive terminal side first.

5. Reinstall the battery cover into the AXS controller.

6. Use a coin to rotate the battery cover clockwise until it stops and locks it into place.

The battery cover and AXS Controller may include open and closed alignment dots. To close the battery cover, confirm the dot on the battery cover is aligned with the closed dot on the AXS Controller.

♻ For recycling and environmental compliance, please visit www.sram.com/en/company/about/environmental-policy-and-recycling

Replace the SRAM battery with an authentic SRAM battery only. Replace the AXS Controller battery with a CR2032 coin cell battery only.

Consult the SRAM Battery and Charger Manual for battery maintenance and specifications.