L461 Electrically deployable side steps — Range Rover Sport L461 OEM Motor‑Driven Running‑Board Kit (Part #: VPLXDSS01Dy)
Genuine JLR electrically deployable side‑steps kit for Range Rover Sport L461 DOIP platform (2023‑2027, non‑PHEV only). Motor‑retractable running‑boards with dedicated RBCM control‑module, door‑triggered deploy‑stow and obstacle detection. You perform chassis fitment, harness routing and CCF activation through Pathfinder / CCF‑Tools. Therefore, confirm non‑PHEV variant status and chassis compatibility with our free JLR‑Decoder VIN‑decode service before purchase.
Product Overview
The L461 Electrically deployable side‑steps kit (VPLXDSS01Dy) supplies genuine OEM motor‑driven running‑board hardware for non‑PHEV Range Rover Sport L461 DOIP‑chassis vehicles across 2023‑2027, and it supports NAS, EU, CN and RoW global markets. Furthermore, these intelligent side‑steps automatically deploy whenever you open a vehicle door, and they retract flush beneath the vehicle sill once you close the door. However, you must note this accessory reduces effective ground clearance; consequently, it limits maximum off‑road articulation for serious trail driving. Unlike universal aftermarket motorised steps, JLR validates this full kit for obstacle‑detection response, static load rating, long‑term motor durability and chassis‑mount stress testing. Since this is an active DOIP‑connected accessory, you cannot rely only on mechanical assembly. You will install the RBCM running‑board control‑module, route OEM wiring harnesses, and set matching CCF feature‑flags with Pathfinder or CCF‑Tools 4.8 while you follow TOPIX fitting reference G3316861. Importantly, independent exterior‑retrofit specialists and competent DIY technicians with DOIP‑capable diagnostic hardware should handle this complete retrofit. This kit will not work with any PHEV powertrain configuration.
JLR Technical Specifications & Core Features
- Motor‑Driven Deploy / Stow Action: Left‑hand and right‑hand assemblies use sealed electric actuators; door‑ajar signals trigger movement, and you can activate manual roof‑access override mode via Pivi‑Pro settings menu.
- Obstacle‑Detection Safety Logic: The RBCM module senses physical blockages during travel, and it reverses step movement to prevent hardware or body‑panel damage.
- Certified Static Load Rating: Each side‑step supports up to 150 kg static user‑weight; do NOT use assemblies as vehicle jacking lifting‑points under any circumstance.
- RBCM Running‑Board Control‑Module: Dedicated OEM controller manages actuator timing, obstacle sensing and DTC fault‑logging; it communicates over DOIP bus with GWM gateway and door‑control‑modules.
- Climate‑Resistant Construction: Hard‑wearing anti‑slip tread inserts plus coated metal brackets resist road‑salt corrosion, UV fading and broad temperature‑cycle conditions for worldwide operation.
- Reversible Retrofit: You can remove all assemblies, RBCM module and wiring, then restore original CCF backup to revert the vehicle fully back to factory condition.
Vehicle Prerequisites & Technical Constraints (JLR Workshop Standard)
Before you begin any installation work, review TOPIX procedure G3316861 in full. Additionally, this kit excludes all PHEV plug‑in‑hybrid L461 builds, because under‑floor battery packaging occupies required mounting space. Run our JLR‑Decoder VIN‑decode before you submit your order, because this check confirms your powertrain and chassis build‑option status. While you perform physical fitment, torque every chassis‑bracket fastener strictly to JLR published torque values; over‑torque will deform factory mounting bosses. After you complete mechanical assembly and RBCM‑module installation, you write updated CCF configuration data, run RBCM commissioning routine and execute GWM gateway resets. Unless you complete these programming steps, DTC fault‑codes C1002‑77, C1003‑77 will store within RBCM memory and deploy‑stow functions remain offline. Maintain stable 13.2 V battery support‑unit while you run all CCF‑write and diagnostic workflows. Finally, finish full functional testing: verify deploy‑stow cycles, obstacle‑response behaviour and Pivi‑Pro menu access, and run a complete DTC scan with our JLR‑Decoder DTC‑Library to clear non‑permanent fault‑entries.
Kit Contents
- Genuine left‑hand motor‑driven deployable side‑step assembly (VPLXDSS01Dy)
- Genuine right‑hand motor‑driven deployable side‑step assembly (VPLXDSS01Dy)
- OEM RBCM running‑board control‑module plus dedicated module mounting bracket
- L461‑specific complete wiring‑harness set including sealed connector assemblies
- Heavy‑duty chassis mounting‑brackets, OEM‑spec torque‑rated fasteners and protective under‑sill trim parts
- Printed fitting‑instructions referencing TOPIX procedure G3316861
Ordering Information
Once you complete purchase, you receive reference excerpts from our TEC‑DOC library containing TOPIX fitment guidance, target CCF‑parameter reference table and DTC troubleshooting instructions. This listing supplies physical OEM hardware only; DOIP diagnostic hardware and Pathfinder / CCF‑Tools software sell separately. Submit your 17‑digit VIN at checkout, and our team performs pre‑sales variant‑compatibility screening. Finally, we issue a full‑order refund whenever your vehicle is PHEV or otherwise incompatible with this deployable side‑step kit.
Frequently Asked Questions
Q: Can I make these deployable side‑steps work without Pathfinder / CCF‑Tools?
A: No. You need RBCM commissioning plus CCF‑flag activation over DOIP. Therefore, missing programming triggers DTC C1002‑77 / C1003‑77 and steps stay non‑functional. Validate your variant via our free JLR‑Decoder VIN‑decode tool before ordering.
Q: Will this kit fit L461 PHEV plug‑in hybrid?
A: No, VPLXDSS01Dy deployable side‑steps are incompatible with all PHEV chassis layouts.
Q: Can I use deployable side‑step assemblies as vehicle jacking‑points?
A: No. JLR explicitly forbids you to use these assemblies for vehicle lifting; you must always use designated factory chassis jacking positions.



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