Replacing the outer CV joint on a Nissan Almera Classic: when is it needed and how to do it right

Outdoor CV joint (constant velocity joint) on Nissan Almera Classic - one of the most loaded elements of the chassis. Its failure not only impairs ride comfort, but can also lead to complete wheel locking while driving, which is especially dangerous at high speeds. Owners Almera Classic (body B10, 2006–2012) often encounter this problem after 100–150 thousand kilometers, but wear can occur earlier - it all depends on operating conditions and the quality of the roads.

In this article we will look not only step-by-step replacement instructions, but we will also tell you how to diagnose the malfunction yourself, what CV joints fit for Almera Classic, and what mistakes are most often made during repairs. You'll learn whether you can do without removing the drive shaft, what tools you'll need, and how to extend the life of your new joint. If you have never done such work, don’t worry: with the right approach, even beginners can replace an outer CV joint.

Signs of a faulty outer CV joint on a Nissan Almera Classic

First signs of wear outer CV joint often confused with suspension or transmission problems. However there are several characteristic features, which directly indicate the need for replacement:

• 🔊 Crunch when turning - the most obvious signal. The sound appears when the steering wheel is turned sharply (for example, in a parking lot) and intensifies under load. In the early stages, the crunching may be barely audible, but becomes louder over time.
• 🌀 Vibration on the steering wheel when accelerating or driving at low speeds. It is especially noticeable if the CV joint is worn unevenly.
• 🚗 Jerks when starting off - a feeling as if the car is “twitching” at the moment it starts moving. This is due to play in the hinge.
• 🛑 Lubricant leak from under the boot. If traces of thick black grease are visible on the inside of the wheel or around the CV joint, this means that the boot is torn and the joint is running dry.

It is important to distinguish between faults outer CV joint from internal. The first one crunches mainly when corners, and the second - at moving in a straight line (for example, during sudden acceleration). Also, the outer CV joint fails more often due to more severe operating conditions (large rotation angles, high load).

⚠️ Attention: If the crunch is accompanied knocking in the transmission When changing gears, the problem may be not only in the CV joint, but also in the gearbox or clutch. In this case, a comprehensive diagnosis is required.

Which CV joints are suitable for Nissan Almera Classic B10

On Nissan Almera Classic (2006–2012) drive shafts with external CV joints of the type Rzeppa (6 balls). When choosing a spare part, it is important to consider not only the brand, but also catalog numbers, since CV joints for the left and right sides may differ.

Manufacturer	Article (left/right)	Notes
Nissan (original)	39300-4M000 / 39300-4M001	The quality is excellent, but the price is too high (from 5,000 rubles). Often counterfeited.
GKN (Loebro)	ADG028 (universal)	One of the best analogues. Price ~3,500 rub. Suitable for both sides.
SKF	VKJA 7603	Good price/quality ratio (~3,000 rubles). The kit includes clamps for the boot.
Febi	24360	Budget option (~2,500 rubles), but the resource is lower than that of GKN.
SEVI (Russia)	393004M000	The cheapest (from 1,800 rubles), but the quality is unpredictable. Suitable for temporary replacement.

When purchasing, pay attention to complete set: the box should contain the CV joint itself, boot, clamps, lubricant and sometimes a retaining ring. If the boot is sold separately, it is better to buy the original one (39370-4M000), since cheap analogues quickly crack.

Also check drive shaft condition. If there are deep burrs or play in the spline joint, it is better to replace the shaft assembly. On Almera Classic suitable shafts are produced GKN (ADG028) and Metelli (17-0108).

Tools and materials for replacing outer CV joint

To work you will need special tool, without which it is almost impossible to remove the CV joint without damage. Here's the full list:

• 🔧 Set of sockets and keys (10–19 mm, a 6 mm hexagon is required for the locking ring).
• 🔨 Hammer and drift (preferably made of soft metal so as not to damage the thread).
• 🔩 CV joint puller (For example, JTC 4512 or similar). Without it, removing the joint from the shaft is extremely difficult.
• 🔧 30 mm socket wrench to unscrew the hub nut (you need a powerful wrench or extension pipe).
• 🛠️ Clamp pliers (it is better to use special pliers, for example, Knipex 13 95 200).
• 🧴 Grease for CV joints (recommended Molykote BR2 Plus or LIQUI MOLY LM47).
• 🧤 Gloves and rags — the work is dirty, the lubricant is difficult to wash off.

Also prepare:

• 🚗 Jack and stops (be sure to insure the car with stands!).
• 🔧 WD-40 or equivalent for unscrewing stuck nuts.
• 📦 Plastic bag or bucket - to fold small parts (nuts, washers, retaining rings).

⚠️ Attention: Do not use impact wrench to unscrew the hub nut! There is a high risk of stripping the threads on the hub. It is better to use a lever (pipe 1–1.5 m long).

Turn off the engine, engage 1st gear (on a manual transmission) or "P" (on an automatic transmission)|Loosen the hub nut BEFORE lifting the car|Raise the car on a jack and secure with stops|Remove the wheel and clean the hub from dirt|Prepare tools and new parts within reach-->

Step-by-step instructions for replacing the outer CV joint

The replacement process can be divided into 4 stages: removal of the old CV joint, installation of a new one, assembly and testing. Let's look at each in detail.

1. Dismantling the old CV joint

We start by loosening the hub nut (if we haven’t done this beforehand). Next:

1. Remove the wheel and unscrew the two mounting bolts brake caliper (14 mm wrench). Hang the caliper on a wire to avoid damaging the hose.
2. Unscrew the nut steering tip (19 mm wrench) and press it out of the steering knuckle using a puller.
3. Unscrew the hub nut completely and remove the washer. If the nut does not fit, use a lever or heat the hub with a hair dryer (not a gas torch!).
4. Gently knock out drive shaft from the hub. To do this, you can use a hammer with a soft tip or a wooden block.

Now you need to remove outer CV joint from the shaft. Here you can’t do without a puller:

1. Clamp the shaft in a vice (using soft pads to avoid damage!).
2. Place the puller on the CV joint and gradually squeeze it until the joint pops off the shaft. If there is no puller, you can try to carefully knock down the CV joint with a hammer, but this is risky (you can damage the splines).
3. Cut off the old boot clamps and remove it. Clean the shaft of old grease and dirt.

2. Installation of a new CV joint

Before installing a new CV joint be sure to check:

• 🔍 Condition anther - even small cracks will lead to dirt getting in.
• 🔧 Availability retaining ring on the shaft (sometimes it falls off during dismantling).
• 🧴 The amount of lubricant included - if it is not enough, buy it separately.

Then proceed like this:

1. Place the new boot on the shaft (do not secure it with clamps!).
2. Apply lubricant to the shaft splines and the inside of the CV joint (about 80–100 g).
3. Install the new CV joint onto the shaft, aligning the splines. It should seat with a slight click (the locking ring will lock into place).
4. Secure the boot with clamps. The top clamp must be tightened tighterthan the bottom one.

3. Assembly and testing

Assembly is carried out in reverse order:

1. Insert the drive shaft into the hub and install the hub nut.
2. Install the tie rod end and tighten the nut to torque. 35–45 Nm.
3. Secure the brake caliper and install the wheel.
4. Lower the car and tighten the hub nut to a torque of 180–220 Nm (this is critical!).

After assembly, check:

• 🚗 No play in the CV joint (shake the shaft with your hand).
• 🌀 Smooth rotation of the wheel (there should be no jamming).
• 🔊 No crunching when turning (drive in circles in the parking lot).

Typical mistakes when replacing CV joints and how to avoid them

Even experienced craftsmen sometimes make mistakes that shorten the service life of a new CV joint. Here are the most common:

• 🔧 Using the wrong lubricant. For example, Litol-24 or Solid oil are not intended for CV joints - they cannot withstand high loads and temperatures. Use only specialized molybdenum-based lubricants.
• 🛠️ Damage to boot during installation. Even a small scratch will eventually turn into a crack. Always check the boot for leaks before installation.
• 🔩 Incorrect tightening of clamps. Too weak and the boot will slip, too strong and it will tear. It is optimal to use clamps with a screw tie.
• 🚗 Ignoring backlash in a spline connection. If there is wear on the shaft, the new CV joint will “beat”, even if the hinge itself is working. In this case, the shaft needs to be repaired or replaced.

Another common problem is dirt getting inside the CV joint during replacement. To avoid this:

• Work in a clean area (garage, not the side of the road).
• Before installing a new CV joint, wipe the shaft and hub with a rag soaked in gasoline.
• Do not place the CV joint on the ground - use a clean cloth or table.

⚠️ Attention: If after replacing the CV joint there is vibration at speed 60–80 km/hmost likely the problem is drive shaft imbalance. This can happen if the shaft is damaged during dismantling or the new CV joint is installed incorrectly. In this case, repeated disassembly and inspection is required.

What to do if the new CV joint crunches immediately after installation?

If the crunch appears immediately, there are three possible reasons:

1. **Defective CV joint** - this happens with cheap analogues (for example, SEVI). Solution: replace with a quality one (for example, GKN).

2. **Insufficient grease** - check if it leaked out during installation. Solution: disassemble and add lubricant.

3. **The boot is damaged** - even a microcrack leads to sand getting in. Solution: replace the boot and wash the CV joint with gasoline before reassembling.

CV joint service life and how to extend it

The resource of the outer CV joint is Nissan Almera Classic depends on several factors:

• 🚗 Operating conditions: off-road driving, sudden starts and frequent turns “to wear out” reduce the service life to 50–70 thousand km.
• 🛡️ Spare part quality: original CV joints last 150–200 thousand km, cheap analogs - 30–50 thousand km.
• 🧴 Boot condition: if it is torn, the CV joint will fail within 500–1000 km.

To extend the life of the CV joint:

• 🔍 Check the anthers every 10 thousand km. At the slightest crack, change them immediately.
• 🚗 Avoid abrupt starts with the wheels turned out (for example, when leaving a parking lot with gas).
• 🛠️ Wash drive shafts when changing oil or seasonally changing wheels. Dirt accelerates wear on the boots.
• 🧴 Use quality lubricant and don't skimp on it. Good lubrication (eg Molykote BR2 Plus) costs ~500 rubles, but extends the service life of the CV joint by 1.5–2 times.

If you often drive on bad roads, consider installing reinforced CV joints (for example, from GKN series Premium). They are 20–30% more expensive, but can withstand higher loads.

Cost of replacing a CV joint: do-it-yourself vs service station

The cost of replacing the outer CV joint is Nissan Almera Classic varies depending on the region and service station level. Let's look at the costs:

Expense item	On your own	At the service station
CV joint (mid price segment)	2,500–3,500 rub.	2,500–3,500 rub. (+surcharge 10–20%)
Boot + clamps + lubricant	300–800 rub.	Included in the cost of work or +500 rub.
Work (replacement of 1 CV joint)	0 rub.	2,000–4,000 rub.
Additionally (puller, WD-40, etc.)	500–1,000 rub. (if you buy)	Included in price
TOTAL	3,300–5,300 rub.	5,000–8,000 rub.

The savings when replacing yourself are obvious, but it is important to consider risks:

• 🔧 If you damage the drive shaft or hub, repairs will cost more.
• 🛠️ Without a CV joint puller, there is a high chance of damaging the new joint during installation.
• ⏳ The first replacement will take 3-5 hours (at the service station they do it in 1-1.5 hours).

If you are not confident in your abilities, it is better to entrust the work to professionals. However for Almera Classic Replacing a CV joint is one of the simplest procedures among front-wheel drive cars, so if you have the tools and patience, you can do it yourself.

FAQ: Frequently asked questions about replacing a CV joint on a Nissan Almera Classic

Is it possible to drive if the CV joint is crunching?

Short-term (1-2 days) - possible, but only if the crunching appears only when turning. If the CV joint crunches when driving in a straight line or vibration is felt - the machine cannot be used: The joint may fall apart while moving, resulting in loss of control. It is especially dangerous to drive with a faulty CV joint at high speeds.

Do I need to change the inner CV joint if I change the outer one?

Not necessary if the inner CV joint does not make any extraneous sounds and has no play. However, if the car's mileage is more than 150 thousand km, it is recommended to inspect the internal joint: they often wear out almost simultaneously. Replacing both CV joints will cost less than repeat repairs after 20–30 thousand km.

Is it possible to restore the CV joint (for example, wash it and re-lubricate it)?

Theoretically yes, but this is a temporary solution. If the CV joint is already crunching, it means that there is wear on the balls or race, and washing will not return it to its previous characteristics. The maximum you can count on is 5–10 thousand kilometers. It is better to immediately replace it with a new one.

How to check play in a CV joint?

Raise the car on a jack, grab the drive shaft with your hand and rock it up and down. If play is felt (more than 1–2 mm), the CV joint needs to be replaced. Also check the play in spline connection shaft - if there is one, the entire drive will need to be replaced.

What lubricant should I use for the CV joint?

Optimal options:

• Molykote BR2 Plus - the most reliable, can withstand high loads.
• LIQUI MOLY LM47 - a good analogue, a little cheaper.
• CV joint-4 (domestic) - a budget option, but it protects less well from moisture.

Do not use Litol-24, Solid oil or graphite grease - these are not intended for high-speed bearings.