2016 Mitsubishi i-MiEV Key Replacement

2016 i-MiEV key specs

The i-MiEV returned for 2016 after skipping the 2015 model year, and it still starts with a turn key. Suppliers list a three-button remote-head key, FCC ID OUCG8D-625M-A-HF, for 2014-2016 cars, and it takes a CR1620. Supplier coverage for the final 2017 cars is thinner, so we match the replacement to your existing key's FCC ID and part number before ordering. The key blade is cut to your car, and a fob with the wrong blade style will not turn the ignition.

What's specific to the 2016 i-MiEV

2016 was the first model year of the i-MiEV Single generation. Early-production cars sometimes use different part numbers than later ones, so for a 2016 Mitsubishi i-MiEV we confirm the exact key from the VIN or the old key's FCC ID before cutting anything. It also marks a change from the previous generation: the 2014 i-MiEV used a transponder (chip) key, a key with a separate remote fob and a remote head key, while the 2016 uses a remote head key and a transponder (chip) key. Keys from the older car will not work in this one.

At roughly 10 years old, a 2016 Mitsubishi i-MiEV has usually seen real wear. Ignition and door cylinders on high-mileage cars wear along with the key, so we cut new keys to factory code rather than copying a worn key. Fob cases crack, buttons wear through and solder joints loosen at this age, so a new shell or a replacement remote often beats repairing the old one. Many have changed hands more than once, so erasing keys you can't account for is worth doing during the visit.

Key options for the 2016 Mitsubishi i-MiEV

• Remote head key. Remote-head keys take a beating. The rubber button pad wears through, the plastic housing splits at the seam, and the blade can snap right at the head after years of being used as a pry tool or hanging from a heavy key ring. When the electronics inside are still healthy, we can often move the circuit board and chip into a new shell and cut a fresh blade to your code, which keeps the existing programming intact. If the board is cracked or water-damaged, a new key is the honest answer. Either way, for your 2016 i-MiEV, we open the old key and show you what's broken before recommending anything.
• Transponder (chip) key. A transponder key carries a small chip in its head, usually a glass capsule or a carbon wafer, with no battery of its own. When you turn the key in a 2016 Mitsubishi i-MiEV that uses one, an antenna ring around the ignition energizes the chip and asks for its code. If the answer matches what the immobilizer has stored, the engine is allowed to run. If it doesn't, you get the classic symptoms: the engine cranks but won't fire, or it fires and dies after a second, and the security light on the dash flashes or stays lit. That's why a perfectly cut copy without a programmed chip will open the doors but won't start the car.

How the Mitsubishi immobilizer works on the i-MiEV

Mitsubishi's US key history splits into a handful of eras, and the model year usually tells us which one we're dealing with. Around 2000, the larger models got Texas Instruments transponders: the Diamante, Montero and Montero Sport on the MIT1 key, and the Eclipse and Galant on the MIT6 key, with the chip moving from 4D60 to 4D61 around the middle of 2001. Small cars such as the Mirage and the 2002-2007 Lancer generally kept plain cut keys, although the Lancer Evolution did not. Philips ID46 chips appeared on the redesigned 2004 Galant, remote-head keys followed in 2006, and the blade changed from the straight MIT6 to the shouldered MIT3 during the 2007 model year. The 2007 Outlander and 2008 Lancer introduced FAST-key, Mitsubishi's keyless operation system, which carried on through the Lancer Evolution X and the Outlander Sport. Later Mirage, Eclipse Cross and Outlander Sport smart keys are newer designs that need their own tool coverage, and the Nissan-based 2022-on Outlander uses an AES-encrypted fob. The Dodge Dakota-based Raider pickup follows Chrysler's Sentry Key rules instead.

• EPA listings show no 2015 i-MiEV; the car returned for 2016 and ended after 2017.
• Mitsubishi confirmed in August 2017 that the i-MiEV had been discontinued in the US.

Programming a 2016 i-MiEV key

Programming is the same as on the earlier cars: the transponder key is registered through the OBD-II port with a programmer and PIN, and the routine relearns every key present. Remote pairing depends on which key your car has, which we confirm first. Because this EV is rare and tool coverage differs, we check by VIN before taking on an all-keys-lost job.

Spares are usually fine. All-keys-lost on this rare EV is checked by VIN for tool coverage first, and a few cases may need the dealer.

Lost every key to your i-MiEV?

1. Gather your documents and the VIN. Call with the year, make, model and VIN if you can read it through the windshield, plus where the car is parked. Those details let us confirm whether your Mitsubishi i-MiEV can be done on-site and bring the right key, so the first trip is the only trip.
2. Get into the vehicle without damage. Entry comes before key-making because we need access to the ignition, the OBD-II port and sometimes the documents in the glove box. We take care with weather stripping, door frames and paint, and we confirm the dash VIN matches your registration before going any further.
3. Originate a new key from the car. With no key to copy, the cuts come from the vehicle itself. We retrieve the key code through manufacturer channels where possible, or decode a door lock with a pick-decoder tool. Then we cut the blade on our code machine and confirm it turns the lock smoothly.
4. Program the key to the immobilizer. All-keys-lost programming often takes longer than adding a key, because the car has no trusted key to authorize the change. We follow the procedure your Mitsubishi i-MiEV requires, then confirm the engine starts and keeps running and the remote or keyless functions respond.
5. Erase missing keys and add a spare. Once the car starts, we remove the lost keys from memory wherever the system allows, so they can't start the engine if someone finds them. Making a second key during the same visit costs much less than a repeat all-keys-lost call down the road.

Why a spare key pays for itself

• A spare turns a future all-keys-lost emergency into a simple add-a-key job. With one working key in hand, programming is quicker, and the chip or fob can often be paired without decoding locks or reading modules, which keeps the cost of a lost key far lower.
• Some vehicles make it hard to add a key once you're down to one. Certain immobilizer systems let an owner program an extra key on-board only when two working keys are present, so a second key preserves the easy options for later and avoids a full reset.
• A spare stored safely at home rescues you from a locked car with the fob sitting on the seat, a key dropped somewhere along a hiking trail, or a fob that stops responding on a busy morning. Keep it indoors, never in a magnetic box under the bumper.

Dealer or mobile locksmith?

Dealers have one clear advantage: direct access to the manufacturer's own systems. Some newer vehicles tie key programming to online authorization that only a dealer can use, and certain all-keys-lost situations on specific platforms still require it. A good locksmith knows where those lines are. Where we can do the job, we use professional programming equipment that talks to the same immobilizer and keyless systems through the OBD-II port, and in many cases the result is identical: a properly registered key that starts the car. Where we can't, we can often still help by opening the vehicle, cutting a mechanical blade from code, or helping you gather what the dealer will ask for so that visit goes smoothly. For your Mitsubishi i-MiEV, ask us directly and you'll get a plain answer.

i-MiEV key battery

Battery details for the 2016 i-MiEV: CR1620 (remote-head key). Swap cells one at a time and match each one exactly; if a key still fails with a fresh battery, the board, buttons or programming may be the problem, which we can test on site.

How the job works

1. Identify the exact key your i-MiEV uses. Every job starts with the VIN, the trim and a look at any key you still have. From those we confirm the keyway, the transponder or smart-key chip, the remote frequency, the FCC ID and the button layout. Two Mitsubishi i-MiEV keys that look identical can carry different electronics, so this step keeps the wrong part from ever reaching the car.
2. Verify ownership before any work. Before cutting or programming, we compare your government photo ID with the vehicle registration or title and check that the VIN on the paperwork matches the VIN on the dash. If the registration is locked inside, we open the car first, confirm the documents, and only then make the key.
3. Get the key code or decode the lock. A key is cut from a code, not a guess. When the factory code can be retrieved through manufacturer channels after ownership is verified, we use it. When it can't, we decode a door lock with a pick-decoder tool that reads the wafer positions without damaging anything, then work out any missing cuts.
4. Cut the blade on-site. Our van carries a code-cutting machine that handles both traditional edge-cut blades and the laser-cut, side-milled profiles common on newer keys. The blade is cut to the code, then test-fitted in a door lock and the ignition or emergency keyhole to confirm smooth operation before any programming begins.
5. Program the chip, remote or smart key. Programming tells the car's computers that the new key belongs to the vehicle. Transponder chips are added to the immobilizer, remote buttons to the body control module, and proximity fobs to the keyless system. If a step requires dealer-only access on your i-MiEV, you'll have heard that before we arrived, not halfway through the job.
6. Test everything and clear out old keys. The last step is a short walkthrough. We show you how many keys the car now recognizes, point out the dead-fob start method for your vehicle, and hand you an itemized receipt. If a spare makes sense, it's simplest to add it during this same visit while the equipment is already connected.

What affects the price of an i-MiEV key

• Factory or aftermarket parts. Factory keys and fobs carry the manufacturer's part number and usually the highest parts cost. Quality aftermarket keys use compatible electronics at a lower price and work well on many vehicles. We tell you which options we trust for your car, and where an aftermarket version has known range or fit issues, we steer you to OEM.
• Programming complexity and security access. Some immobilizers accept a new key with a few on-board steps. Others need a PIN code, a timed security wait, manufacturer online access, or removing a module to read its data. Every extra layer of security on the Mitsubishi system adds equipment time and labor to the job.
• Blade style and cutting. The blade still matters on keyless cars, because the emergency insert has to fit the door lock. Cutting by code is standard for us. Decoding a door lock when no key or code exists adds time, and so does progressing any cuts the door lock doesn't show.
• Travel, timing and extra repairs. Sometimes a key problem is really a lock problem: an ignition that won't turn even with the right key, or a door cylinder that has been jammed for years. Fixing those is separate work. We point them out, explain the options, and quote the whole job up front so the bill holds no surprises.

Call (951) 903-3193 with your VIN and the keys you still have, and we'll quote the job before any work starts.

Common Mitsubishi key problems

• Inland Empire heat drains fob batteries faster than the calendar suggests. On FAST-key cars, a key warning on the dash or a fob that only works up close usually means a weak CR2032, an easy fix before it strands you.
• Key registration on many Mitsubishis wipes every stored key and relearns only the ones present. A spare left at home during the appointment stops working afterward, so gather every key you want to keep before we start.
• Eclipse and Galant models built in 2000 and early 2001 use a Texas 4D60 key, while later 2001 cars use 4D61. A key stamped R on the blade is the early type and one stamped N is the later type, and the wrong chip will turn the locks but not start the engine.

Tips from a mobile locksmith

• On any vehicle with a turn-key ignition, keep the key ring light. A heavy cluster of keys, tools and charms swings with every bump and slowly wears the ignition wafers and the key itself. When the key starts to stick or needs a wiggle to turn, deal with it early, before it stops turning entirely.
• Southern California heat is hard on keys. Fob batteries drain faster, plastic housings turn brittle, and rubber button pads crack when a key spends summer afternoons on a dashboard or in a sunny cup holder. Carry the fob with you or keep it shaded, and replace batteries before summer rather than after they fail.
• Photograph the back of your fob and any key tag that came with the car. The FCC ID, part number and key code printed there make ordering a replacement faster and more accurate. Store the photos somewhere you can reach from any device, not only on the phone that might go missing along with the keys.

Proof of ownership

Before we cut or program a key for any vehicle, we verify that you have the right to it. Please have two things ready: the current registration or the title, and a government-issued photo ID with a matching name. We also check that the VIN on those documents matches the VIN plate on the dashboard. If the registration is locked inside the car, that's fine; we open the vehicle first, check the paperwork in the glove box, and only then make the key. If something doesn't line up, we stop and sort it out before any key is made.

Need a 2016 Mitsubishi i-MiEV key?

The quickest route to a working key for a 2016 Mitsubishi i-MiEV starts with a short phone call. Dial (951) 903-3193, share the VIN and where the car is parked in Southern California, and we'll tell you whether it's an on-site job, a dealer job, or a mix of both. No pressure and no surprise charges, just a straight plan.