(276 products available)
Ready to Ship
Ready to Ship
1. Lada Granta Turbo
The Lada Granta Turbo is a compact sedan that offers a turbocharged engine. The turbocharged engine provides a balance of efficiency and spirited performance. It is an excellent choice for those who want a lively driving experience in a compact and comfortable sedan.
2. Lada Vesta Turbo
The Lada Vesta Turbo is a modern car that has a turbo engine. The turbo engine allows for quick acceleration and responsiveness. The Lada Vesta Turbo is known for its sleek and contemporary design, spacious interior, and advanced features. It has become a popular choice for those seeking a stylish and well-equipped sedan with turbocharged performance.
3. Lada Niva Turbo
The Lada Niva Turbo is a rugged and versatile SUV that is suitable for off-road driving. The Lada Niva Turbo is equipped with a turbocharged engine. The turbocharged engine provides additional power and torque for tackling challenging terrains and off-road adventures. The Niva Turbo is known for its durable construction, high ground clearance, and all-wheel-drive capabilities. It is an ideal choice for outdoor enthusiasts and those who need a reliable SUV for off-road conditions.
4. Lada Xray Turbo
The Lada Xray Turbo is a stylish and modern crossover that offers a turbocharged engine. The Lada Xray Turbo is designed with a focus on agility and fuel efficiency. The turbocharged engine allows for quick acceleration and responsive handling, making it suitable for urban driving and highway cruising. The Xray Turbo features a contemporary design, comfortable interior, and advanced technology. It appeals to those looking for a dynamic and fuel-efficient crossover with turbocharged capabilities.
There are several Lada turbo models, each with its specifications. Here are some common Lada turbo specifications:
Engine Capacity
All Lada turbo models have different engine capacities. For instance, the Lada Granta Sport turbo has a 1.6-liter engine. On the other hand, the Lada Vesta Sport turbo has a 1.8-liter engine.
Power Output
The power output differs from one model to another. For instance, the Lada Granta Sport turbo has a power output of around 106 horsepower. On the other hand, the Lada Vesta Sport turbo has a power output of around 145 horsepower.
Torque
Like power output, torque varies from one Lada turbo model to another. For instance, the Lada Granta Sport turbo generates about 150 Nm of torque, while the Lada Vesta Sport turbo generates about 185 Nm of torque.
Transmission
Most Lada turbo models have a manual transmission of 5 to 6 speeds. Some models, such as the Lada Xray and Lada Vesta turbo, have an automatic transmission of 6 to 8 speeds.
Performance
Lada turbo models have different performance specifications. For instance, the Lada Granta Sport turbo can accelerate from 0 to 100 km/h in 10 seconds. On the other hand, the Lada Vesta Sport turbo can accelerate from 0 to 100 km/h in 8 seconds.
Top Speed
Top speed also varies from one Lada turbo model to another. For instance, the Lada Granta Sport turbo has a top speed of 190 km/h, while the Lada Vesta Sport turbo has a top speed of 210 km/h.
Different Lada turbo models require different maintenance practices. However, here are some general maintenance tips:
Wholesale buyers should consider several key factors when choosing Lada turbo parts and accessories to stock up for business. They include the following:
Market Demand
Researching the market and knowing what models are in high demand is very important. Stocking up on trending models and accessories will help maximize sales. Apart from the models, it's also important to know what accessories and spare parts are in demand.
Quality and Reliability
Wholesale buyers should choose Lada turbo parts from reputable suppliers. The parts should be durable and reliable to ensure clients are satisfied.
Variety
Wholesalers should choose suppliers that offer a wide range of Lada turbo parts and accessories. This will help them meet different customer needs.
Supplier Reputation
It's also important to choose a supplier with a good reputation. Buyers can read online reviews or ask for recommendations from other business buyers.
Warranty and After-Sales Support
Business buyers should choose suppliers that offer a good warranty period and after-sales support. In case of any defects or issues, they can be able to reach the supplier and get assistance.
Shipping and Delivery
Business buyers should consider the shipping costs and delivery time. They should choose a supplier that offers affordable shipping costs and delivers the products within the agreed time frame.
Payment Terms
Buyers should also consider the payment terms offered by the supplier. It's advisable to choose a supplier that offers flexible payment options.
Legal Compliance
Business buyers should ensure they are compliant with all legal requirements when importing car parts and accessories. They should also ensure that the Lada turbo parts comply with local regulations.
Any Lada car owner thinking of replacing the turbocharger should consider embarking on the project only when they have a good understanding of automotive mechanics. Replacing the turbo on a Lada vehicle can be a complex and technical process. Before replacing the turbo, it is important to understand the potential consequences, such as changes in exhaust emissions, engine tuning requirements, and warranty implications.
Follow the steps below to replace the Lada turbo:
Step 1: Prepare the Vehicle
Set the Lada vehicle on a level surface, engage the parking brake, and open the hood. Disconnect the negative battery cable from the battery.
Step 2: Remove the Engine Cover (if applicable)
Some Lada models may have an engine cover that needs to be removed to access the turbocharger. Take out the bolts or clips holding the engine cover in place and lift it off.
Step 3: Drain Engine Oil (if applicable)
Locate the oil drain plug under the engine and use a wrench to loosen it. Allow the engine oil to drain into a suitable container. Remember to replace the drain plug after the oil has drained.
Step 4: Remove the Intake Pipe
Locate the intake pipe that connects the air filter to the turbocharger. Loosen the clamps or bolts securing the intake pipe and carefully remove it. Set aside the intake pipe for later reinstallation.
Step 5: Disconnect the Wastegate Actuator (if applicable)
Some Lada turbochargers have a wastegate actuator controlling the wastegate valve. Disconnect the linkage or electrical connector from the wastegate actuator, if present.
Step 6: Remove the Exhaust Downpipe
Locate the exhaust downpipe that connects the exhaust manifold to the exhaust system. Remove the bolts or nuts securing the downpipe and carefully disconnect it from the turbocharger. Depending on the Lada model, the downpipe may also connect to the exhaust system with gaskets or flanges that need loosening.
Step 7: Remove the Oil Supply and Return Lines
Locate the oil supply lines that carry engine oil to the turbocharger. These lines are typically small diameter tubes or hoses connected to the oiling system. Carefully disconnect the oil lines from the turbocharger and the oiling system. Exercise caution when removing the lines, as they may contain residual oil.
Step 8: Disconnect the Coolant Lines (if applicable)
Some Lada turbocharged engines use coolant lines to cool the turbocharger. Locate the coolant lines connected to the turbocharger and carefully disconnect them. Depending on the design, these lines may be hoses or hard pipes that require loosening clamps or fittings.
Step 9: Remove the Turbocharger
Unscrew the bolts or nuts holding the turbocharger to the exhaust manifold and carefully remove the turbocharger from the engine bay. Be careful not to drop any fasteners into the engine bay during this process.
Step 10: Install the New Turbocharger
Position the new turbocharger in place on the exhaust manifold and secure it with the bolts or nuts. Tighten all fasteners to the manufacturer's specified torque using a torque wrench, if available.
Step 11: Reconnect the Oil Supply and Return Lines
Reconnect the oil supply and return lines to the new turbocharger, ensuring a proper fit and sealing. Make sure the lines are routed correctly and secured to prevent leaks.
Step 12: Reconnect the Exhaust Downpipe
Reinstall the exhaust downpipe, connecting it to the turbocharger and securing it with bolts or nuts. Ensure all gaskets and flanges are correctly aligned to prevent exhaust leaks.
Step 13: Reconnect the Wastegate Actuator (if applicable)
Reconnect the linkage or electrical connector to the wastegate actuator, ensuring a secure connection. Adjust the linkage length or tension to meet the manufacturer's specifications, if necessary.
Step 14: Reinstall the Intake Pipe
Reinstall the intake pipe, connecting it to the air filter and the turbocharger. Tighten the clamps or bolts to secure the intake pipe in place and ensure proper sealing.
Step 15: Reconnect the Engine Cover (if applicable)
If the Lada model has an engine cover, reinstall it by securing it with the bolts or clips removed earlier. Ensure the engine cover is properly seated and all fasteners are tightened.
Step 16: Reconnect the Battery
Reconnect the negative cable to the battery, ensuring a secure connection. Double-check all connections, hoses, pipes, and fasteners to ensure everything is properly installed and tightened.
Step 17: Start the Engine and Check for Leaks
Start the engine and allow it to idle for a few minutes. Monitor the turbocharger, oil lines, coolant lines (if applicable), and exhaust system for any signs of leaks. Address any leaks or issues immediately before driving the vehicle.
Step 18: Test Drive and Verify Performance
Once satisfied with the installation and no leaks are detected, take the Lada turbocharged car for a test drive. Monitor the turbocharger's performance, engine behavior, and overall driving characteristics to ensure everything functions correctly.
Q1: What is the function of a turbo in a Lada car?
A1: A turbo, or turbocharger, in a Lada car is designed to boost the engine's power and performance. It does this by forcing more air into the engine, which allows it to burn more fuel and generate more power without increasing its size. As a result, Lada turbo cars have improved acceleration and overall performance.
Q2: Is it possible to install a turbo on a non-turbo Lada car?
A2: Yes, it is feasible to install a turbo on a non-turbo Lada car. However, this is a complex process that requires careful consideration and expertise. It involves modifying the exhaust and intake systems and possibly upgrading other components like the fuel system and engine management. For optimal results and reliability, it's recommended that such an installation be performed by a professional or at a specialized workshop.
Q3: What are the common turbo problems in Lada cars, and how can they be fixed?
A3: Common turbo issues in Lada turbo cars include turbo lag (delay in power delivery), turbo noise (usually indicating wear or damage), and oil leaks (caused by worn seals). To fix these problems, timely maintenance is crucial. Upgrading to a newer turbo can also help. It's always best to consult the car's manual or a professional mechanic for specific solutions.
Q4: Does a turbocharger require special maintenance?
A4: While the turbo itself does not require maintenance, the engine oil and filter must be changed regularly to keep it in good condition. The turbo relies on clean engine oil to function properly. Additionally, following the manufacturer's recommendations for maintenance intervals is essential to ensure the longevity of the turbo and the engine.
Q5: How does a turbo affect fuel efficiency in Lada cars?
A5: A turbo can improve fuel efficiency in Lada turbo cars. The additional power allows drivers to maintain lower throttle levels, and the engine can operate in a more efficient zone. However, driving habits play a significant role. If the driver frequently utilizes the turbo for maximum power, fuel consumption may increase.
浙公网安备 33010002000092号
浙B2-20120091-4