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If your 2012-2016 Honda CR-V is showing driveline vibration or unusual drivetrain noise, choosing the right driveshaft matters for safety and ride quality. A correctly specified driveshaft restores consistent power transfer, reduces wobble and vibration, and avoids premature wear to connected components.This guide shortlists six top-rated driveshaft options chosen for the 2012-2016 CR-V platform and walks through the fitment, durability, and installation concerns you should weigh. Below we explain the evaluation criteria and what to expect from each type of replacement so you can pick the best match for your Honda CR-V needs.
Looking for other parts? See all Honda CR-V parts & accessories.
Top Picks at a Glance
| Best Overall The best all-around choice for most situations | Detroit Axle AWD Rear Driveshaft Assembly for 2012–2014 Honda CR-V |  |
| Best Quality Built to a higher standard if you want something more solid | BuyAutoParts Rear Driveshaft for Honda CR-V 4WD/AWD (2012–2014) |  |
| Best Value The sweet spot between price and what you get | Fexhull Rear Drive Shaft Assembly for Honda CR-V 2012–2014 AWD 2.4L |  |
| Best Budget The cheapest option that still gets the job done reliably | PartsFlow Rear Drive Shaft Assembly for 2012-2014 Honda CR-V |  |
| Highest Rated A top-rated pick with lots of positive feedback | Amzdrive Rear Driveshaft Assembly 976-347 — Fit for Honda CR-V 2012–2014 2.4L AT AWD |  |
| Most Popular A crowd favorite that many people choose with confidence | Marketplace Auto Parts Rear Driveshaft for 2012–2014 Honda CR‑V 2.4L |  |
1. Detroit Axle AWD Rear Driveshaft Assembly for 2012–2014 Honda CR-V
| Drive Shaft Length | 82.375 In. |
|---|---|
| Drive Shaft Material | Steel |
| Drive Shaft Wall Thickness | 0.065 In. |
| Overall Length Adjustable | Yes |
This Detroit Axle rear driveshaft is a full replacement propeller shaft built for AWD 2012–2014 Honda CR-Vs. It ships as a complete assembly so you avoid sourcing separate yokes or shafts, and the steel construction with a 0.065 in wall thickness is intended for everyday durability. The overall length is adjustable which helps with fitment during installation and can simplify alignment with the vehicle's factory mounting points. In typical use it restores rear driveline connection and torque transfer after a failed or damaged original driveshaft, and is suitable for street driving and light-duty towing. Being an aftermarket unit, expect some variability in fitment that may require minor adjustments or shop installation rather than a quick DIY swap. The product is focused on function rather than noise or vibration refinement, so buyers seeking a near-factory NVH match should plan for a professional installation and test drive to verify vibration levels.
Best for: Buyers who want a straightforward, durable replacement driveshaft that restores driveline function on an AWD CR-V and prefer a complete assembly to simplify the repair process.
Less Ideal for: Drivers focused on exact factory-level noise and vibration characteristics or those planning heavy-duty modifications should consider higher-spec or OEM-matched alternatives.
- Complete drive shaft assembly so no additional parts are required for replacement
- Steel construction and measured wall thickness aimed at durability under normal driving loads
- Adjustable overall length improves fitment and eases installation alignment
- Aftermarket fitment can vary and may need shop adjustment or professional installation
Verdict: A practical, ready-to-install steel replacement driveshaft that restores rear driveline function on AWD 2012–2014 Honda CR-Vs with adjustable length for easier fitment.
2. BuyAutoParts Rear Driveshaft for Honda CR-V 4WD/AWD (2012–2014)
| Fitment | 2012-2014 Honda CR-V 4WD/AWD |
|---|---|
| Manufacturing Standard | ISO/TS 16949 quality |
| Assembly | Fully assembled and balanced |
| Manufacturer Part Number | 91-01112N |
This BuyAutoParts rear driveshaft is a fully assembled, balanced replacement intended for 2012–2014 Honda CR-V models with 4WD or AWD. It replaces the factory rear shaft with a premium part manufactured to ISO/TS 16949 quality and engineered for durability; BuyAutoParts says each unit is inspected before shipping and comes with factory-style fit and finish for straightforward installation. Typical use is direct replacement after a failed or worn shaft to restore smooth driveline operation and reduce vibration. The driveshaft arrives painted and ready to install, which saves time for DIY mechanics and shops compared with rebuilding a used shaft. Practical benefits include a guaranteed fit to the listed OE numbers and a balanced assembly that helps maintain NVH levels similar to factory. Limitations are that the product is only listed for 2012–2014 CR-V 4WD/AWD and the listing notes a one-year warranty rather than a long-term coverage period, so owners looking for extended protection may prefer remanufactured options with longer warranties.
Best for: Enthusiasts focused on restoring or maintaining factory-level driveline performance on a 2012–2014 CR-V who want a ready-to-install, precision-balanced replacement rather than reconditioning a used shaft.
Less Ideal for: Owners who need parts for CR-Vs outside the 2012–2014 4WD/AWD range or who prefer driveshafts with extended warranties or performance-tuned components.
- Built and tested to ISO/TS 16949 quality standards for consistent manufacturing quality
- Sold fully assembled and balanced to reduce installation time and driveline vibration
- Designed for OEM-style fit and finish to allow straightforward replacement using factory mounting points
- Coverage is limited to 2012–2014 Honda CR-V 4WD/AWD only
Verdict: Choose this fully assembled, factory-fit rear driveshaft to quickly restore balanced, factory-quality driveline performance on a 2012–2014 CR-V 4WD/AWD.
3. Fexhull Rear Drive Shaft Assembly for Honda CR-V 2012–2014 AWD 2.4L
| Fitment | Honda CR-V 2012-2014 2.4L AT AWD |
|---|---|
| Position | Rear |
| Material | Steel |
| Reference part numbers | 06400T0A305, 40100T0AA01, 40100T0AA02 |
This Fexhull rear drive shaft is a complete prop shaft assembly intended as a direct replacement for the rear driveshaft on 2012–2014 Honda CR-V 2.4L AWD models. It is built to the original equipment dimensions, dynamically balanced, and shipped with lubed slip yokes and u-joints to reduce installation noise and premature wear. In practice it replaces a worn or damaged rear shaft to restore smooth power delivery to the rear driveline and reduce vibration and noise that come from a failing shaft. The seller notes machine testing and high temperature grease applied at assembly, which should help long-term durability and quieter operation. Trade-offs are typical for aftermarket assemblies: fit depends on matching the exact OEM part number and length, and a professional alignment and torque procedure at installation is recommended to avoid driveline vibration. For someone replacing a failed shaft, this one focuses on fit and pre-balance rather than performance upgrades.
Best for: Buyers who want a practical, factory-style replacement to restore quiet, vibration-free driveline operation on a 2012–2014 CR-V 2.4L AWD and prefer a ready-to-install assembly over rebuilding components separately.
Less Ideal for: Anyone seeking performance or heavy-duty upgrades beyond factory specifications or those who need a driveshaft for a different model year or drivetrain configuration.
- Made to original equipment dimensions for a dependable fit
- Dynamically balanced to reduce vibration and improve stability
- Includes lubricated slip yokes and u-joints to lower initial noise and wear
- Constructed from steel and tested for straightness and durability
- Requires confirming exact OEM part number and length before purchase to ensure fit
Verdict: A ready-to-install, factory-dimension rear driveshaft that restores smooth, quiet driveline operation for 2012–2014 Honda CR-V 2.4L AWD owners.
4. PartsFlow Rear Drive Shaft Assembly for 2012-2014 Honda CR-V
| Fitment | 2012 Honda CR-V; 2013 Honda CR-V; 2014 Honda CR-V |
|---|---|
| Installation Position | Rear Side |
| Shaft Material | Steel |
| Manufacturer Part Number | 40100-T0A-A01, 40100-T0A-A02, 976-347, 06400T0A305 |
This PartsFlow rear driveshaft replaces the factory rear prop shaft on 2012–2014 Honda CR-V models and is intended as a like-for-like replacement for a worn or damaged unit. Constructed from steel with a protective coating and pre-lubricated joints, the assembly arrives ready to install and matches factory mounting points so no modification is required. In everyday use it restores driveline connection and reduces vibration and noise when compared with a failing shaft. The main practical benefits are straightforward fitment and being supplied as a complete rear shaft instead of individual components, which speeds a DIY swap or a quick shop install. Limitations to consider are that this is an aftermarket part rather than a factory-branded unit and long-term durability depends on installation and driving conditions; also the listing does not provide detailed torque specs or carrier bearings so professional installation may be preferable for unfamiliar installers.
Best for: Buyers who need an affordable, ready-to-install replacement shaft to get a 2012–2014 CR-V back on the road quickly and who prioritize lower cost over factory-brand parts.
Less Ideal for: Drivers seeking an OEM-branded or performance-upgraded driveshaft for heavy towing, aggressive driving, or extended warranty-backed service should consider other options.
- Direct-fit design for 2012–2014 Honda CR-V rear installation
- Steel construction with coating for corrosion resistance
- Supplied as a complete rear driveshaft assembly for faster replacement
- Pre-lubricated joints reduce initial break-in noise and simplify installation
- Aftermarket unit so long-term performance may vary from factory-quality parts
Verdict: A cost-conscious, direct-fit replacement rear driveshaft that restores driveline function on 2012–2014 Honda CR-Vs without modification.
5. Amzdrive Rear Driveshaft Assembly 976-347 — Fit for Honda CR-V 2012–2014 2.4L AT AWD
| Position | Rear |
|---|---|
| Compatible vehicles | Honda CR-V 2012-2014 2.4L AT AWD |
| Reference number | 976347, 976-347 |
| Shaft diameter | 2.5 in |
| Installation length | 81.73 in – 83.7 in |
This Amzdrive rear driveshaft is a complete, greased assembly intended as a direct replacement for the rear prop shaft on Honda CR-V 2012–2014 2.4L automatic AWD vehicles. It ships as a finished unit with new yoke and universal joint(s) so installation is straightforward for a shop or competent DIYer and eliminates the need to source separate components. The vendor states the part is manufactured to OEM specifications, balanced to reduce vibration and noise, and undergoes quality checks before shipping. In use it should restore smooth power transfer and remove driveline shudder or carrier-bearing noise caused by a worn shaft. Practical benefits include maintenance-free greasing and a length and diameter matched to factory fitment, which simplifies replacement. Limitations are typical for aftermarket shafts: you must confirm fit by VIN or part number before buying and professional installation is recommended to ensure alignment and torque specifications are met.
Best for: Buyers who prioritize a reliable, like-for-like replacement to restore smooth drivetrain operation on a 2012–2014 CR-V and want a ready-to-install driveshaft that minimizes fitment hassle.
Less Ideal for: Anyone looking to upgrade performance, change driveline geometry, or reuse only a single component such as just the carrier bearing should look at other options or repair kits rather than this full assembly.
- Complete, pre-greased assembly that includes yoke and universal joint for easier installation
- Made to OEM specifications and balanced to reduce vibration and driveline noise
- Designed specifically for 2012–2014 Honda CR-V 2.4L AT AWD for direct fitment
- Maintenance-free greasing reduces initial service needs and simplifies first install
- Fitment must be double-checked with VIN or part number because aftermarket cross-compatibility can vary
- Installation requires proper alignment and torqueing so professional fitment is advisable
Verdict: A ready-to-install, factory-spec rear driveshaft built to restore smooth, reliable driveline performance on 2012–2014 Honda CR-V 2.4L AWD models.
6. Marketplace Auto Parts Rear Driveshaft for 2012–2014 Honda CR‑V 2.4L
| Position | Rear |
|---|---|
| Fits | 2012-2014 Honda CR‑V 2.4L 4‑Cylinder |
| Brand | Marketplace Auto Parts |
This rear driveshaft is a direct replacement intended for the 2012–2014 Honda CR‑V with the 2.4L 4‑cylinder engine. It installs in the rear position and is marketed to meet or exceed factory specifications after passing manufacturer quality control. Typical use is as a like‑for‑like repair when an original driveshaft is worn or damaged; buyers can expect straightforward swap‑in fitment when the vehicle and part match. The listing highlights OEM-level performance and inspection during production, which helps reduce the chance of early failures. Packaging and delivery in customer reports were satisfactory and the part has fit cleanly without modification in reported installs. Limitations are that fitment is limited to the specified model years and engine, and the listing does not provide detailed materials, torque specs, or dyno testing data a technician might want before installation. If you need upgraded performance or broader year coverage, look for parts with explicit testing data or wider compatibility information.
Best for: Buyers who prioritize a straightforward, factory-style replacement for a damaged rear driveshaft on a 2012–2014 CR‑V and value seller-tested parts and positive installation experiences.
Less Ideal for: Drivers seeking performance upgrades, broader model-year compatibility, or detailed engineering data for heavy-duty use should consider alternative options.
- Sold as a direct rear replacement for 2012–2014 CR‑V 2.4L to simplify fitment
- Manufacturer states the part meets or exceeds factory specifications
- Reported packaging and fitment in customer feedback were good
- Undergoes stated quality control checks before shipping
- No material composition, torque values, or lab testing data provided in the listing
Verdict: A practical, factory-spec rear driveshaft replacement for 2012–2014 CR‑V 2.4L owners who want a tested, drop-in repair option.
Choosing the Right 2012-2016 Honda CR-V Driveshaft: Key Factors to Consider
Fitment and Spline/Flange Compatibility
Exact fitment to the CR-V transfer flange, differential flange, and spline count is the single most important factor. Driveshafts that do not match the factory splines or flange bolt pattern can lead to improper engagement, accelerated wear of mating parts, and even driveline separation. Make sure the replacement specifies compatibility with the 2012-2016 Honda CR-V spline count and flange dimensions.
OEM-style fitment also simplifies installation because mounting points, shaft length, and center-to-center measurements match factory tolerances. If an adapter or modification is required, factor in additional labor and the potential for alignment issues that cause vibration.
Torsional Strength and Material Construction
The driveshaft must be built to handle the torque output of the CR-V without permanent deformation. Materials such as high-strength steel or properly engineered aluminum reduce the risk of bending or fatigue under load. Wall thickness, tube diameter, and the quality of welds or splines influence long-term durability.
Stronger construction matters if you tow, frequently carry heavy loads, or have performance modifications. For typical street use, matched OEM-strength components provide a balance of weight and resilience that prevents premature failure while maintaining expected NVH levels.
Balance and Runout Tolerances
Proper dynamic balance is critical to prevent driveline vibration at cruising speeds. Driveshafts must meet strict runout and balance specifications; even small imbalances amplify through the vehicle and produce perceptible vibration or noise. Look for parts tested to acceptable RPM-specific balance standards and components that specify runout limits.
Unbalanced shafts can also accelerate wear on universal joints, bearings, and support components. If you have experienced driveshaft vibration, prioritize options with posted balance tolerances or that ship with balancing weights installed.
Universal Joints and Center Support Quality
Universal joints and any center support bearings are common wear items on the CR-V driveshaft assembly. The design, lubrication seals, and bearing quality determine lifespan and serviceability. Sealed-for-life u-joints reduce maintenance needs, while greasable joints can be advantageous where periodic servicing is feasible.
Center support bearings should be vibration-damped and precisely mounted to maintain alignment. Poor-quality supports cause noise, increase load on adjacent components, and can lead to premature driveshaft failure.
Corrosion Protection and Finish
Rust and corrosion shorten driveshaft life, especially in regions that use road salt or see heavy moisture exposure. Protective coatings, electroplating, or quality paint finishes help prevent pitting around splines and welds. Corrosion at couplings or flanges can compromise fitment and make future removal difficult.
Consider driveshafts with robust surface treatments and sealed interfaces to reduce long-term exposure. If you live in a coastal or winter-salt environment, prioritize corrosion-resistant finishes and stainless or treated fasteners.
Serviceability and Replacement Parts
Evaluate how easy it is to service or replace wearing components such as u-joints, splines, or the center support bearing. Driveshafts designed for field service allow you to replace a failed u-joint or bearing without removing the entire assembly, saving time and labor.
Availability of replacement parts and clarity of installation instructions also matter. Units that provide clear torque specs, bolt patterns, and parts interchange information reduce installation errors and make future maintenance straightforward.
Common Driveshaft Symptoms and What They Mean
Understanding the typical signs that a driveshaft needs attention helps you diagnose issues before they worsen. Symptoms like rhythmic vibration under acceleration, a clunking noise when shifting between drive and reverse, or a noticeable loss of smooth power delivery are classic indicators of driveshaft or joint problems on the 2012-2016 CR-V.
Not all symptoms point to the driveshaft itself; some stem from worn engine mounts, tires, or suspension components. Use symptom patterns—whether vibration occurs only under load, at idle, or during gear changes—to isolate the driveshaft as the likely source.
- Vibration that increases with vehicle speed often indicates imbalance or bent shaft.
- Clunking during engagement usually points to worn splines or a failing u-joint.
- Squeaks or binding can signal dried or seized universal joints.
- Intermittent vibration under load suggests a failing center support bearing or misalignment.
Inspection Steps Before Replacement
A quick visual and manual inspection can reveal many common failure modes. Check for play in universal joints by rotating and feeling for looseness, inspect splines for wear or shifting, and look for rust, dents, or bends along the shaft tube. Also verify flange bolt tightness and examine rubber boots or seals for tears.
If road testing, note the vehicle speed and conditions when symptoms appear and have a helper observe the underside while the drivetrain is loaded if possible. Documenting when and how the issue manifests makes it easier to choose the correct replacement and avoid unnecessary parts changes.
- Visually inspect for dents, rust, or missing balancing weights.
- Check u-joints for play or torn seals.
- Confirm flange hardware is torqued to spec and not elongated.
- If present, inspect center support bearing for movement or noise.
Installation Considerations for the 2012-2016 CR-V
Direct-fit driveshafts that match factory dimensions minimize installation time and reduce the need for modifications. When installing, always follow torque specifications for flange bolts and ensure proper alignment to factory centerlines. Replacing hardware with new, properly graded bolts is often recommended to maintain secure connections.
If the replacement requires minor adjustments, such as trimming a slip-yoke or swapping a support bearing, ensure rebalanced assembly and verify runout before finalizing installation. Post-install road testing to confirm the elimination of vibration and to recheck fastener torque is a critical final step.
- Always use new flange bolts when recommended and tighten to factory torque.
- After installation, perform a balanced road test to confirm vibration elimination.
- If welding or modification is required, rebalance the shaft before driving.
When To Choose a Remanufactured Vs New Driveshaft
Remanufactured units can offer cost savings and environmental benefits when the core is in good shape and the rebuild includes new bearings, seals, and proper balancing. For the CR-V, a remanufactured driveshaft is practical when the original tube is undamaged and splines and flange faces can be restored to spec.
A new unit is preferable if the existing shaft is bent, severely corroded, or if you want a guaranteed service life and full new-material warranties. Consider the vehicle usage and remaining service life expectations when deciding between remanufactured and new options.
- Remanufactured: good if core is straight and rebuild includes balancing.
- New: choose when original shaft is bent, corroded, or heavily damaged.
- Check rebuilding documentation for replaced components and balance specs.
Maintenance Tips to Extend Driveshaft Life
Regular inspections and addressing minor issues early will prolong driveshaft service life. Grease greasable u-joints at recommended intervals, keep flange bolts tight, and clean corrosion-prone areas. Addressing minor vibration early prevents accelerated wear on joints and bearings.
Avoid driving aggressively over repeated obstacles that bend or dent the shaft. If you routinely encounter wet or salty conditions, rinse undercarriage areas and apply corrosion-inhibiting treatments to vulnerable interfaces.
- Lubricate greasable joints per maintenance schedule.
- Inspect for loose or missing balancing weights after off-road use.
- Replace worn seals to prevent moisture intrusion.
Still looking for the perfect fit?
Select your Honda CR-V configuration to see the most relevant Driveshafts recommendations
How We Chose the Best 2012-2016 Honda CR-V Driveshaft
We focused on criteria that matter specifically to owners of 2012-2016 Honda CR-V vehicles. Primary evaluation factors included fitment accuracy to factory spline and flange patterns, torsional strength and material construction to handle stock torque loads, and balance tolerances to prevent driveline vibration. We also prioritized durability in common failure points such as universal joints and splines, assessing corrosion protection and sealing where applicable.Additional filters included the availability of direct-fit replacement parts and clarity of installation instructions, plus compatibility with common CR-V configurations in the 2012 through 2016 model years. We excluded one-off or custom fabrication-only options and products lacking clear fitment data for the 2012-2016 CR-V. Our selections emphasize components that minimize vibration, restore factory driveline geometry, and reduce the likelihood of repeat repairs.In short, this list reflects parts that match OEM interfaces, demonstrate robust construction, and address the specific failure modes CR-V owners commonly encounter.
Our full evaluation process is outlined in our review methodology.
FAQ
How can I tell if the driveshaft is causing vibration rather than the tires or suspension?
Driveshaft vibration often appears as a rhythmic shake that changes with engine load and vehicle speed, especially under acceleration. If vibration is present only while cruising and not at idle, and if it increases smoothly with speed, the driveshaft is a likely culprit. A visual inspection for bent tubes or loose balancing weights can confirm suspicion.
Is it safe to drive with a failing universal joint on my CR-V?
Driving with a failing u-joint is risky because failure can cause sudden driveline disengagement or damage to surrounding components. If you hear clunking, squeaks, or notice play at the joint, avoid extended driving and arrange for repair or replacement promptly.
Will a remanufactured driveshaft fit my 2012-2016 CR-V?
A remanufactured driveshaft will fit if it was rebuilt to match the CR-V's original spline count, flange pattern, and overall length. Confirm the remanufacturer specifies compatibility with 2012-2016 CR-V fitment and that the rebuilt unit was dynamically balanced to factory tolerances.
How long does a typical driveshaft replacement take?
A professional replacement of a direct-fit driveshaft typically takes one to a few hours depending on access, rust on fasteners, and whether related components need replacement. Jobs that require center support bearing changes or rebalancing can add time.
Can bad driveshaft balance be corrected without replacing the shaft?
Minor balance issues can sometimes be corrected with added balancing weights if the shaft is straight and undamaged. However, if the shaft is bent or has compromised splines or welds, rebalancing alone may not resolve vibration and a replacement is recommended.
Are greasable u-joints better than sealed ones for the CR-V?
Greasable joints allow periodic lubrication, which can extend service life when maintained properly. Sealed u-joints reduce maintenance needs and are convenient for owners who prefer not to perform regular greasing. Choice depends on your maintenance habits and usage conditions.
Final Verdict
When replacing a driveshaft on a 2012-2016 Honda CR-V, prioritize exact fitment, proper balance, and robust universal joint and bearing quality. Those factors most strongly influence vibration, longevity, and how long the repair will last under normal driving conditions.Balance the tradeoffs between remanufactured and new units based on shaft condition and expected service life. Focus on solutions that restore factory geometry and minimize future maintenance so you can return the CR-V to smooth, reliable power delivery with confidence.
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