605 Products
AUTOWAVE Car Parts
AUTOWAVE in this collection means a specialist vehicle-key range, not a conventional mechanical-parts catalogue. The products are mainly remote fobs, replacement cases, uncut blades and transponder-related components. The blade selection covers profiles such as HU101, HU66, HU83, VA2, SIP22, HU100, NSN14, TOY-series and many others. Some blades are intended for flip remotes, some for emergency inserts inside smart keys, and others for manual transponder cases. The range also includes programmable remotes and workshop equipment used by automotive locksmiths.
A vehicle make in a title is only the beginning of identification. Keys used across one model generation can differ by build date, market, blade profile, button layout, radio frequency, transponder family, immobiliser system and remote electronics. Compare the complete product reference with the existing working key, the vehicle's reliable key data and the programming equipment's current application information. For a shell, inspect the circuit-board shape, battery location, button pad, fixing points and blade pivot. A similar-looking case may close around the wrong board or place switches out of alignment.
Uncut metal must be checked before machining. Confirm whether the blank is a flip, remote or emergency blade, its profile and orientation, and whether its base fits the intended AUTOWAVE, KeyDIY, Xhorse or KeyEasy housing. Cutting creates a vehicle-specific item and an incorrect profile can damage a lock or waste the blank. Transponders and universal remotes introduce separate questions: compatible hardware does not mean it has already been generated, pre-coded or learned to the vehicle.
Key work can affect access and immobilisation, so it is best carried out by a competent automotive locksmith with proof that the customer is authorised to obtain the key. Keep a known working key away from cutting debris and programming operations, support the vehicle battery where the procedure requires it, and test mechanical operation, remote buttons and engine authorisation separately. The products below provide options for correctly identified key repairs and replacements.
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AUTOWAVE vehicle-key parts and locksmith equipment
The AUTOWAVE selection represented here is built around automotive keys. Its strongest groups are remote fobs, uncut and emergency blades, cases, transponders and associated key-programming products. Official AUTOWAVE material also separates remotes, keys and transponders from autolocksmith equipment and workshop diagnostic equipment, which is a useful distinction when planning a job: the physical key, the immobiliser credential and the tool used to prepare it are different parts of the process.
This is a technically varied collection. A listing for a familiar vehicle marque does not establish that every car carrying that badge uses the item. Key systems can change within a model run and visually similar products can contain different electronics. Selection should therefore progress from exact key-system evidence rather than from body shape, registration year alone or the number of buttons.
Understand what is being replaced
| Product family | What it provides | What it may not include | Primary checks |
|---|---|---|---|
| Uncut remote blade | A metal insert for a compatible remote or case | Cutting, case, electronics or transponder | Profile code, handed orientation, shoulder or tip stop, base and pivot |
| Emergency blade | Mechanical access insert stored inside a smart key | Smart-key radio functions or vehicle learning | Profile, head shape, retaining detail and smart-key housing |
| Replacement case | Outer shell, buttons and sometimes a blank blade | Usually the original circuit board, battery and immobiliser chip unless stated | Board outline, switch positions, battery carrier, screw points and blade style |
| Remote fob | Button-controlled locking hardware with specified electronics | Automatic compatibility, cutting or completed programming | Frequency, button functions, part data, transponder and preparation state |
| Transponder | The component used by the immobiliser system to recognise an authorised key | Remote locking; those functions may be separate | Chip family, mode, preparation, vehicle system and programming route |
| Programming or cutting tool | Workshop capability for defined key procedures | Every make, system or software entitlement | Current coverage, adapters, tokens, updates, training and job method |
Blade profiles are specifications, not vehicle guarantees
References such as HU101, HU66, HU83, HU100, VA2, SIP22 and NSN14 describe recognised blade families. They help narrow a search, but the suffix, milling pattern and blade base still matter. For example, the collection contains flip blades, remote blades and emergency inserts that can share a broad profile name while attaching to different housings. Some products are explicitly designed for KeyDIY or Xhorse remotes or KeyEasy cases; that housing relationship must be respected.
Place an uncut candidate beside the original without forcing either into a lock. Compare both faces, groove position, overall blade length, usable cutting area, shoulder location and the geometry that enters the pivot or carrier. Wear can soften the old key's peaks, but it should not alter the underlying groove pattern. If the original is a poor copy, decode the lock or obtain reliable key data instead of tracing accumulated errors into another blank.
Machining method also needs to suit the profile. Edge-cut, laser or sidewinder-style blades use different cutters, clamps and decoding routines. Fit the correct jaw and check calibration before committing a customer blank. Remove swarf and sharp burrs after cutting, then test the key gently in each mechanical lock before combining it with expensive electronics. Resistance is a reason to stop and inspect, not to apply more turning force.
Remote, case and transponder identification
| Evidence to record | Why it changes the choice | Typical mistake |
|---|---|---|
| Existing key part number or label | Can identify an electronic variant more precisely than external appearance | Ordering by button count only |
| Radio frequency and market | Remote-locking hardware is produced in market-specific versions | Choosing a physically identical fob with unsuitable radio data |
| Transponder type | The immobiliser must be able to recognise and learn the credential | Assuming every chip can be cloned or programmed in the same way |
| Board and battery layout | A shell must hold the electronics securely and operate each microswitch | Trimming internal posts until an unrelated board appears to fit |
| Blade attachment | Flip pivots, roll pins and emergency retainers vary | Matching the cut profile but overlooking the base |
| Vehicle build and system data | A model may cross immobiliser or body-control generations | Using registration year as the sole application check |
A replacement shell is the least electronic-looking job, yet it still deserves discipline. Open the old case over a clean tray and identify every loose component, especially a separate glass or carbon transponder. Moving the circuit board but leaving the immobiliser chip behind can produce a key that operates the locks remotely but will not authorise starting. Conversely, moving a chip does not make a remote board compatible with a different vehicle.
Before closing the shell, inspect the button membrane, microswitch alignment, battery polarity and contacts. A battery should be the specified type and installed without bending the carrier. Check that the case clips or screws hold the board without pressure points. On a flip design, verify spring preload and blade retention using the product instructions; an uncontrolled blade can damage the case or injure the operator.
Programming should follow a defined job plan
Determine whether the work is an additional key, an all-keys-lost procedure, remote synchronisation, transponder cloning, remote generation or full immobiliser programming. Those terms are not interchangeable. A universal remote may need generation for a particular system before the vehicle-learning stage. A transponder may need pre-coding or preparation. Some replacement cases require no programming because the original functioning electronics are transferred intact.
Read the tool provider's current coverage and the vehicle procedure before connecting. Establish how many working keys are present, whether all keys must be introduced during the same session, what security access is required, and whether modules or learned keys could be affected. Maintain stable vehicle voltage when directed, because an interrupted control-unit operation can turn a straightforward key addition into a wider diagnostic task.
Automotive security work should be limited to an authorised vehicle and carried out with appropriate customer identity and ownership checks. Record the vehicle, key count and work performed without exposing security codes unnecessarily. Where a lost key presents a security concern, use the vehicle manufacturer's or competent locksmith's supported method to review which credentials remain authorised.
A practical pre-cut and pre-programming record
| Stage | Record before proceeding | Pass condition |
|---|---|---|
| Authority | Customer identity, connection to vehicle and requested key function | Work is legitimate and scope is agreed |
| Mechanical identity | Blade family, variant, base, cutting method and decoded key data | Blank matches the lock system and intended housing |
| Electronic identity | Frequency, remote data, transponder family and preparation state | Hardware corresponds to the vehicle system and chosen procedure |
| Tool readiness | Software coverage, adapter, credentials, power support and instructions | No missing dependency is discovered mid-operation |
| Final test | Door lock, ignition lock where fitted, remote functions, passive entry and start authorisation as applicable | Every intended function works repeatedly and warning status is normal |
Fault-finding before replacing more parts
A key that does not work may have more than one failure mode. For a remote fault, inspect the battery voltage and contacts, damaged buttons, cracked solder joints and water contamination before condemning the vehicle receiver. Compare operation with a second known key. For a no-start complaint, confirm whether the blade turns correctly, whether the immobiliser warning behaves normally and whether a diagnostic scan identifies key recognition, aerial or control-unit faults.
Intermittent performance can result from a weak battery, damaged case allowing poor button travel, a failing board or vehicle-side reception problems. Passive-entry systems also depend on low-frequency aerials and vehicle battery condition. Do not use repeated key purchases as a diagnostic method. Separate mechanical access, remote locking and immobiliser authorisation, then test the failed function with suitable equipment.
Common causes of an unusable replacement key
- Relying on a vehicle badge while ignoring the exact blade or electronic generation.
- Buying a three-button case when the internal board, switch pattern or battery holder differs.
- Cutting the correct groove family on a blank with the wrong remote pivot.
- Transferring the circuit board but overlooking a separate immobiliser transponder.
- Treating remote frequency as the only electronic compatibility requirement.
- Beginning an immobiliser procedure without knowing whether every existing key must be present.
- Programming with unstable vehicle voltage or unsupported tool coverage.
- Forcing a newly cut blade that binds instead of checking decoding, clamping and burr removal.
AUTOWAVE questions and answers
Q: Does a vehicle model in the title prove the key will work?
A: No. Confirm build information, key-system data, profile, frequency, transponder and remote variant before ordering or cutting.
Q: What does an uncut blade include?
A: It normally describes the metal blank only. Cutting, electronics, case and immobiliser programming are separate unless the listing explicitly states otherwise.
Q: Can HU101 or HU66 alone identify the whole key?
A: Those references help identify a blade family, but base design, key style and electronic specification still need checking.
Q: Is a smart-key emergency blade responsible for starting the engine?
A: Its usual role is mechanical access. Engine authorisation is handled by the smart-key electronics and vehicle security system.
Q: Will a replacement case need programming?
A: Not when all original functioning electronics and any separate chip are transferred correctly, although the finished key still requires complete testing.
Q: Why can a transferred key unlock remotely but fail to start?
A: A separate transponder may have remained in the old shell, or the immobiliser component may have been damaged during transfer.
Q: Are two remotes with identical buttons interchangeable?
A: External similarity is insufficient; frequency, board data, transponder, preparation and vehicle protocol may be different.
Q: What is remote generation?
A: It configures supported universal hardware for a defined application and is usually distinct from subsequently teaching that remote to the vehicle.
Q: Should the original key be copied by tracing its worn cuts?
A: A heavily worn or previously duplicated key can carry errors, so reliable code data or professional lock decoding is preferable.
Q: What should be tested after a blade is cut?
A: Check each intended mechanical lock gently, then verify remote operation and immobiliser recognition as separate functions.
Q: Who should carry out key programming?
A: A competent automotive locksmith or appropriately equipped technician should follow the current vehicle and tool procedure on an authorised vehicle.
Q: Can a programming tool cover every vehicle shown by the key range?
A: No. Coverage changes by tool, software, adapter, licence, market and system, so the current application list must be checked for each job.