A right-bank intake variable-valve-timing solenoid can be involved in rough idle, hesitation or a check-engine light on the 2005–2015 Toyota Tacoma 4.0L 1GR-FE V6. Relevant codes include P0010 for the Bank 1 camshaft actuator circuit and P0011/P0012 for Bank 1 timing that is over-advanced or over-retarded. These codes describe a system problem, not proof that the valve itself needs replacement; oil condition, wiring and mechanical timing must be considered first.
Intermediate to advanced; intake and coolant service may be involved
Plan 2–4 hours for the referenced access route, plus diagnosis; estimate
Illustrative $30–$100 for one aftermarket valve; seals and fluids extra
Application and bank identification
This page focuses on the second-generation Tacoma with the 4.0L V6. The featured part is a single right-hand intake oil-control valve, not a pair and not a camshaft-position sensor. “Right” refers to the vehicle’s right side when facing forward, not the side you see while standing in front of the grille. Confirm bank and connector identification in the engine diagram before disconnecting anything.
The catalog also lists selected 4Runner, FJ Cruiser and Tundra 4.0L applications. Those listings establish a purchasing comparison, not permission to copy the Tacoma access procedure to another body or a later engine. Do not use this guide for the 2.7L four-cylinder, the later 3.5L V6, or a V8.
Featured replacement valve
A-Premium APTCV053, ASIN B09Q8X9WF8. The selected product is one right/intake VVT solenoid for the listed 4.0L applications. Amazon identifies a 12-volt valve with one connector and references 15330-31010, 15330-30390 and 15330-0P010. The manufacturer catalog identifies the same part and cross-references.
Check right-bank valve fitment and price
Compare the original connector, mounting ear, shaft, sealing arrangement and part reference before ordering. Confirm the supplied sealing components with the seller; do not assume an intake gasket set or both bank valves are included. A two-valve engine does not mean that both valves have failed, and a right-hand listing does not substitute for the left-hand assembly.
Vehicle coverage
| Model | Catalog years | Engine | Selection restriction |
|---|---|---|---|
| Toyota Tacoma | 2005–2015 | 4.0L V6 | Right/intake. Seller lists crew and extended cabs through 2015; standard-cab listing ends in 2014. Confirm actual VIN/configuration. |
| Toyota 4Runner | 2003–2009 | 4.0L V6 | Right/intake; separate access procedure. |
| Toyota FJ Cruiser | 2007–2009 | 4.0L V6 | Right/intake; do not extend to later dual-VVT applications. |
| Toyota Tundra | 2005–2011 | 4.0L V6 | Body/year combinations vary; extended-cab listing is 2005–2006 and extended-crew listing 2007–2011. |
These are the manufacturer/seller’s application groups. Verify the engine, production details and original part reference using the VIN. Catalog entries with overlapping cab names should not be interpreted as proof that every named body was offered with this engine in every market.
Symptoms, codes and diagnosis
| Observation or code | What it suggests | What to check first |
|---|---|---|
| P0010 | Bank 1 camshaft actuator circuit fault | Connector engagement, terminal condition and the vehicle-specific electrical tests. |
| P0011 / P0012 | Bank 1 timing too advanced / too retarded | Oil level and condition, oil supply, valve movement and mechanical timing. |
| Rough idle or hesitation | Possible cam-timing disturbance | Also consider intake leaks, ignition, fueling and other stored codes. |
| Oil around the valve | Possible external sealing leak | Trace the source; oil can migrate from another component. |
Record all codes and freeze-frame information before clearing anything. Check oil level with the vehicle positioned as the owner’s manual specifies. Note the oil grade used at the last service, unusually long oil-change intervals and contamination. A replacement valve still depends on a clean, correctly supplied oil circuit; it cannot repair low oil pressure or a worn timing drive.
Inspect the harness where it bends near the connector. A broken locking tab, corrosion, damaged insulation or a stretched wire can cause an intermittent fault. Disconnect connectors by their housing and latch, not by pulling the wires. Do not probe with oversized objects that spread the terminals and create a new poor connection.
The generic reader linked below is useful for recording emissions codes. A Toyota-capable bidirectional tool is needed for the applicable commanded VVT test. A click or a resistance reading alone is not a complete hydraulic performance test. Follow the diagnostic chart for the exact year; do not apply battery power to an unidentified terminal or use test values from a different engine.
Tools, parts and supplies
| Tool or Supply | Exact Product | Product Link | Purpose and Selection Check |
|---|---|---|---|
| Metric sockets and ratchets | DEWALT DWMT73803, 168-piece mechanic’s set | View metric sockets and ratchets | 1/4- and 3/8-inch drives. Match each actual fastener; socket sizes are not inferred from thread diameter. |
| Low-range torque wrench | EPAuto 1/4-inch, 20–200 in-lb (2.26–22.6 N·m) | View low-range torque wrench | For verified small-fastener specifications within its range; confirm socket drive and use the correct units. |
| Basic OBD-II reader | Autel AL319 | View basic obd-ii reader | Reads codes, freeze-frame and supported data; does not provide manufacturer-specific bidirectional actuator tests. |
| Digital multimeter | INNOVA 3320 | View digital multimeter | Voltage and resistance diagnosis following the circuit procedure; disconnect power before resistance tests. |
| Eye protection | DEWALT DPG82-11 clear goggles, one pair | View eye protection | Protect eyes from loose debris; choose additional chemical protection appropriate to the fluid being handled. |
| Fluid catch container | FloTool 42003MI, 16-quart container | View fluid catch container | Catch drained fluid without mixing incompatible waste; capacity is not the vehicle refill quantity. |
| Valve seal and intake seals | New, correctly matched valve sealing components and any intake seals required by the access procedure | Select by vehicle specification | Confirm inclusion and exact vehicle fit before disassembly; do not reuse a cut, flattened or hardened seal. |
| Coolant and sealing lubricant | Vehicle-specified coolant and clean specified engine oil | Select by vehicle specification | Use the actual model-year fluid specification, mixture and refill/bleeding procedure; do not select by color alone. |
| Clean wiping materials | Low-shedding wipes and clean covers for intake openings | Select by vehicle specification | Keep fibers and abrasive debris out of the oil bore and engine; remove every temporary cover before reassembly. |
| Manufacturer-level diagnostic test | Toyota-compatible active-test equipment or professional diagnostic service | Select by vehicle specification | Confirm coverage for commanded VVT operation; the AL319 is not a substitute. |
The listed torque wrench covers the two small-fastener values shown below. It is not a complete torque-tool recommendation for the intake system: any additional intake fasteners must be matched to their own verified specification and the appropriate wrench range. Use a separate clean container if coolant must be retained for evaluation; never return contaminated fluid to the engine.
DIY and shop-cost planning
A reasonable planning allowance is $30–$100 for the valve and $25–$100 for application-specific seals and fluids, giving $55–$200 in consumable parts before tax and shipping. These are examples, not current listing prices. If buying a socket set, low-range wrench, reader, meter and catch container, budget separately—roughly $150–$350 depending on what you already own and the products selected.
For a shop comparison, two to four hours at an illustrative $120–$180 hourly rate equals $240–$720 in labor. Adding the example parts allowance gives approximately $295–$920 before diagnostic fees, tax or additional faults. This is arithmetic for budgeting, not a factory labor time. Ask whether the quote includes intake access, seals, coolant service and a post-repair VVT check.
Replacement sequence and access requirements
The following sequence is based on the 2006 Tacoma 2WD 1GR-FE factory procedure. It describes both valve assemblies and includes intake access. Confirm the corresponding bank-specific operation and ancillary procedures for your truck before dismantling it. A short video showing a different engine or access shortcut does not establish the complete factory method.
1. Record the fault and prepare the work area
Let the engine cool completely. Set aside a clean work surface and label a tray for hardware. Photograph hose and wiring routing before separating it. Have the replacement valve, required seals, correct coolant and intake instructions available. If you cannot identify the bank or complete the coolant and intake work, stop before opening the system.
2. Follow the factory access route
The referenced sequence drains engine coolant, disconnects the battery negative cable, and removes the V-bank cover, air cleaner and intake air surge tank. Use the dedicated procedures for these assemblies. Protect open intake runners immediately, keep small fasteners away from them and identify every disconnected hose and connector.
3. Remove and compare the valve
The factory operation disconnects the valve connectors and removes the retaining bolts before withdrawing the valves. For the diagnosed right-bank repair, positively identify the right-hand assembly. Do not pull on its connector, lever against a fragile casting or allow debris to enter the bore. Compare the removed unit and its sealing arrangement with the replacement.
Inspect the old part for a damaged screen, contamination or a damaged seal. Record what you find rather than discarding evidence immediately. Significant debris can point to a problem elsewhere in the lubrication or timing system. Do not push debris inward, spray an unapproved solvent into the oil passage or attempt to repair a damaged bore with sealant.
4. Install and reconnect
Prepare the correct replacement seal according to its instructions and install the valve without cutting or trapping it. In the cited 2006 procedure, each valve retaining bolt is tightened to 9.0 N·m (80 in-lb). Reconnect the correct electrical plug and confirm its latch is engaged. Do not use the bolt to force a misaligned valve into place.
5. Restore intake and cooling systems
Reinstall the intake surge tank and air cleaner using their specified seals, sequence and torques. The cited battery negative-terminal value is 3.9 N·m (35 in-lb). Restore coolant by the applicable filling and air-removal procedure, check for leaks and refit the V-bank cover. Those two torque values do not apply to the intake bolts.
6. Check the completed repair
Account for tools and temporary intake covers before starting. Check for oil and coolant leakage, abnormal idle and disconnected hoses or wiring. Watch coolant temperature during the prescribed final checks. After addressing the original fault, clear codes as directed and repeat the relevant monitor or active test; an extinguished light immediately after clearing is not proof of a successful repair.
Mistakes that cause repeat work
- Replacing the right valve for a left-bank fault without confirming bank identity.
- Treating a timing-performance code as an automatic parts order.
- Ignoring intake seals and coolant work when planning the job.
- Confusing inch-pounds with foot-pounds on a small retaining bolt.
- Using sealant or debris-shedding material in the valve bore.
- Clearing diagnostic evidence before recording it.
Frequently asked questions
Is this a camshaft sensor?
No. This is an oil-control solenoid that influences camshaft timing. A camshaft-position sensor reports position. They serve different functions, and a code mentioning camshaft position does not automatically identify either one as defective.
Should both valves be replaced together?
Not solely because the engine has two banks. This listing contains one right-hand valve. Use diagnosis and inspection to decide whether another component needs attention; do not assume the left and right parts are interchangeable.
Can I keep driving with these codes?
A stored code alone does not describe the whole situation. Stop for a low-oil-pressure warning, overheating, severe misfire, unusual timing noise or stalling. Have those conditions diagnosed before continuing to drive or attempting a parts-only repair.
Will an oil change always fix it?
No. Correcting an oil problem may help when it is the cause, but it will not repair a broken wire, damaged solenoid coil, failed timing component or an intake leak. Recheck the original symptoms and monitor results after any repair.
Sources and further reading
- A-Premium APTCV053 catalog and cross-references
- Toyota 2006 Tacoma 1GR-FE factory removal/installation procedure, reproduced by Workshop Manuals
- Toyota 2006 Tacoma P0010 circuit diagnosis, indexed factory reference
- Toyota 2006 Tacoma VVT timing-code diagnosis, indexed factory reference
The photo credit appears beneath the image. The product listing supplies seller fitment; the factory reference supplies the identified 2006 service sequence. Use the vehicle-specific service information for any other configuration.