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Car Starter Manufacturers
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MITSUBISHI Starter MotorsOEM NO: M2T63271, M008T71071, STR7030, JS1221
ENGINE: 4M40‑T, 4M41, 4M40
DESCRIPTION: 10T, 12V, 2.2KW / 2(2)
APPLICATION:
MITSUBISHI GALANT VI 2.8
MITSUBISHI MONTERO 3.2
MITSUBISHI PAJERO III 3.2 -
MITSUBISHI Starter MotorsOEM NO: 23300‑09500, 23300‑09600, 23300‑10600
ENGINE: A15, J15, A12, A14
DESCRIPTION: 9T, 12V, 0.8KW / 2(0)
APPLICATION:
NISSAN SUNNY 1.2L(B310), 1.4(B310),1.4(N13)
NISSAN URVAN E23 1.6 1980‑1987 -
MITSUBISHI Starter Motors
OEM NO: 23300‑21000, 23300‑21004, 23300‑21005
ENGINE: L16, 18, L20B, L18S, L14
DESCRIPTION: 9T, 12V, 0.8KW / 2(0)
APPLICATION:
NISSAN VOILET 140J (A10), 1.6 (A10)
NISSAN SUNNY 1600, EXCELLENT
NISSAN BLUEBIRD 160B, 180B 1400, 1600, 1.6, 1.8
NISSAN 160J 1.6 A10 1997‑1982 -
MITSUBISHI Starter MotorsOEM NO: 23300‑03E00, 23300‑03E01, 23300‑03E10
ENGINE: CA18E, CA18T, CA18, CA20S, CA18ET
DESCRIPTION: 8T/10T, 12V, 1.0KW / 2(1)
APPLICATION:
NISSAN SILVIA 1.8 TURBO (S12), 1.8i (S12)
NISSAN BLUEBIRD 1.8 (U11)(T12)(T72), 2.0(T12)
NISSAN STANZA 1.8 (T12), 2.0 -
MITSUBISHI Starter MotorsOEM NO: 23300‑18000, 23300‑18005, 2300‑18015
ENGINE: A15, A12, A14, A15S, GA14S
DESCRIPTION: 8T, 12V, 0.8KW / 2(0)
APPLICATION:
NISSAN C20 1.5L
NISSAN VIOLET 140J (A10)
NISSAN SUNNY 120Y (A12),140Y
NISSAN VANETTE 1.5 (12D 1984‑1995) -
MITSUBISHI Starter MotorsOEM NO: 23300‑H9100, 23300‑H9101, 23300‑M0100
ENGINE: A10, A12, A14, A15
DESCRIPTION: 8T, 12V, 1.2KW / 2(0)
APPLICATION:
NISSAN 100A, 120A
NISSAN CHERRY 1.0 1.2(N10), 1.4
NISSAN VANETTE 1.5 (C120, 220), 1.5(KC120) -
MITSUBISHI Starter MotorsOEM NO: 23300‑8H500, 23300‑8H50A, 23300‑8J010, 23300‑8J01
ENGINE: QR20DE, QR25DE, SR20VET
DESCRIPTION: 13T, 12V, 1.4KW, CCW / 2(0)
APPLICATION:
NISSAN Primera 2.0 P12 2002‑1998ccm
NISSAN X‑TRAIL I 2.0 T30 2001‑2007 1998ccm
NISSAN X‑TRAIL I 2.5 T30 20012488ccm -
MITSUBISHI Starter MotorsOEM NO: 23300‑41B10, 23300‑41B15, 23300‑80200, 23300‑94850
ENGINE: N12, E15,K10,MA12S
DESCRIPTION: 8T, 12V, 0.8KW CCW / 2 (0)
APPLICATION:
NISSAN SUNNY 1.3 (B11), 1.5 (B11)
NISSAN PRAIRIE 1.5 (M10)
NISSAN MICRA 1.0 (K10),1.0i 16V (K11E),1.2 (K10) -
MITSUBISHI Starter MotorsOEM NO: S114345, S114441, S114441A, S114441B
ENGINE: E13, E13S, E15S, E16S, E16i
DESCRIPTION: 25T, 12V, 1.2KW, CCW / 2 (0)
APPLICATION:
NISSAN SUNNY 1.3, 1.5, 1.6, 1.6 4WD
NISSAN CHERRY 1.5
xNISSAN SUNNY II 1.3 (N13),1.5 (B12,N13),1.6 (B12) -
MITSUBISHI Starter MotorsOEM NO: 23300‑1M215, 23300‑1M216, 23300‑70Y00
ENGINE: CA14DE, GA16DE, GA14DS, GA14DE, GA16DS
DESCRIPTION: 8T, 12V, 0.8KW, CCW / 2 (0)
APPLICATION:
NISSAN 100NX 1.6 (B13)
NISSAN ALMERA 1.4i, 1.6i 1.4, 1.6, 1.6SLX (N15)
NISSAN SUNNY 1.4i (N14), 1.6i (N14), 1.6i 16V (10) -
MITSUBISHI Starter MotorsOEM NO: 23300‑50Y00, 2330‑050Y10, 23300‑65Y01, 23300‑0M200
ENGINE: GA16DS, GA16DE, GA16i, GA14DE
DESCRIPTION: 8T, 12V, 1.2KW / 2 (1)
APPLICATION:
NISSAN PRIMERA 1.6 (P10),1.6i (W10)
NISSAN SUNNY 1.4i,1.6i (N14,Y10),1.6i16V (10)
NISSAN 100NX 1.6 (B13) -
MITSUBISHI Starter MotorsOEM NO: 23300‑2J201, 23300‑2J262, 23300‑4E210, 23300‑53J00
ENGINE: SR20DE, SR20Di, SR20DET, CA16DE
DESCRIPTION: 8T, 12V, 1.4KW / 2 (2)
APPLICATION:
NISSAN BLUEBIRD 1.8 (U12), 2.0 (U12)
NISSAN PRIMERA 2.0 (P10)(P10E)(W10),2.0GTi (P10)
xNISSAN 100NX 2.0i (B13), 2.0 GTi B13 -
MITSUBISHI Starter MotorsOEM NO: 0986020741, 0986JR1046, 23300‑0C010, 23300‑08310
ENGINE: GA16DE, CA16DE
DESCRIPTION: 21T, 12V, 1.4KW, CCW / 2 (0)
APPLICATION:
NISSAN SERENA 1.6 (C23M)
NISSAN VANETTE CARGO 1.6i (C23M) -
MITSUBISHI Starter MotorsOEM NO: 23300‑52F00, 23300‑52F01, 23300‑52F10, 2300‑065F01
ENGINE: SR20DE, SR20DET
DESCRIPTION: 9T, 12V, 1.4KW / 2 (2)
APPLICATION:
NISSAN SERENA 2.0, 2.0 16V (C23M)
NISSAN 200 SX 2.0 TURBO 16V (S14) -
MITSUBISHI Starter MotorsOEM NO: 23300‑2Y900, 23300‑2Y90A, 23300‑31U00
ENGINE: VQ20, VQ30, VQ20DE, VQ30DE
DESCRIPTION: 8T/10T/11T, 12V, 1.4KW, CCW / 2 (0)
APPLICATION:
NISSAN MAXIMA QX 3.0, 3.0 V6 24V (A33)
NISSAN MAXIMA QX II 3.0 (A32)
NISSAN CEFIRO V6 -
MITSUBISHI Starter MotorsOEM NO: 23300‑17C00, 23300‑17C04, 23300‑17C05, 23300‑18C00
ENGINE: Z16, Z20, Z20S, L20, L20, L24S
DESCRIPTION: 8T/9T, 12V, 0.8KW / 2 (0)
APPLICATION:
NISSAN CABSTAR II 2.0 F22 1982‑1992 -
MITSUBISHI Starter MotorsOEM NO: 23300‑1S710, 23300‑1S711, 23300‑1S71A, 23300‑1S770
ENGINE: KA24E, KA24AE, KA24DE, Z24
DESCRIPTION: 9T, 12V, 1.4KW / 2 (0)
APPLICATION:
NISSAN TERRANO II 2.4 4WD (R20), 2.4i 12V
NISSAN PICK UP II 2.4i 4WD (D22)
NISSAN TERRANO 2.4 (R20) -
MITSUBISHI Starter MotorsOEM NO: 23300‑88G00, 23300‑88G01
ENGINE: VG30I, VG30E
DESCRIPTION: 9T, 12V, 1.4KW / 2 (2)
APPLICATION:
NISSAN TERRANO 3.0 V6 (WD21)
NISSAN TERRANO 3.0i (WD21) -
MITSUBISHI Starter MotorsOEM NO: 23300‑EB70E, 23300‑VK500, 23300‑VK50A, 23300‑VM00A
ENGINE: D22, TD24
DESCRIPTION: 12T, 12V, 2.2KW / 2 (2)
APPLICATION:
NISSAN KING CAB 2.5 TD 4X4
NISSAN PICK UP 2.5 TD
NISSAN FRONTER D22 -
MITSUBISHI Starter MotorsOEM NO: 23300‑8J000, 23300‑8J001, 23300‑8J001R
ENGINE: QR20E, QR25DE
DESCRIPTION: 13T, 12V, 1.4KW, CCW / 2 (0)
APPLICATION:
NISSAN X‑TRAIL 2.0 (T30) 2.5
NISSAN ALTIMA 2.5L 2002‑2007
Our Company is China Car Starter Manufacturers and Replacement Starter Motor Factory, Founded in 1997, Mengyang Motor Group specializes in DC, AC, and brushless motor solutions and serves as a professional motor manufacturer for the global market.
Innovation is both our goal and our legacy. We are certified to UL, CE, IATF 16949, and RoHS, delivering stable and reliable quality that meets international standards.
Why Is a High-Quality Starter Motor Essential for Reliable Vehicle Performance?
The Important Role of Starter Motors in Automotive Power Systems
A starter motor is one of the most important components in an automotive electrical system. Its primary function is to convert electrical energy from the battery into mechanical power, allowing the engine to begin operation. Although the starter motor works only during the engine starting process, its reliability directly affects the overall vehicle performance and user experience.
When a vehicle ignition system is activated, the starter motor generates sufficient torque to rotate the engine crankshaft until the engine can operate independently. This process requires strong starting power, stable electrical performance, and excellent mechanical durability. A weak or unreliable starter motor may cause starting difficulties, increased maintenance requirements, or unexpected vehicle downtime.
With the continuous development of automotive technology, starter motors have become more efficient, compact, and durable. Modern vehicles require starter motors that can withstand frequent starts, changing temperatures, vibration, and demanding operating conditions. Therefore, manufacturers must focus on motor design, material selection, manufacturing precision, and quality testing to ensure consistent performance.
For automotive manufacturers, repair networks, and equipment developers, selecting the right starter motor solution is an important decision. A reliable starter motor can improve vehicle availability, reduce maintenance frequency, and provide longer service life.
| Starter Motor Performance Factor | Technical Importance | Application Benefit |
| Starting Torque | Provides sufficient power to rotate the engine | Ensures smooth and reliable engine startup |
| Electrical Efficiency | Optimizes battery energy utilization | Reduces energy loss during starting |
| Mechanical Durability | Supports repeated operating cycles | Improves product lifespan |
| Compact Design | Allows easier installation in limited spaces | Provides better vehicle integration |
What Makes a Starter Motor Suitable for Different Automotive Applications?
Different vehicles and equipment have different starting requirements. Passenger cars, commercial vehicles, agricultural machinery, construction equipment, and special vehicles may require starter motors with different torque outputs, voltage specifications, and structural designs.
A starter motor used in a heavy-duty vehicle must provide stronger torque to start larger engines, while a starter motor for compact vehicles may focus more on efficiency, size optimization, and lightweight design. Therefore, motor selection requires careful consideration of application conditions rather than simply choosing a standard product.
Important factors include engine displacement, operating environment, starting frequency, battery system characteristics, and installation requirements. Professional starter motor manufacturers need strong engineering capabilities to develop solutions suitable for different applications.
| Application Type | Starter Motor Requirements | Typical Usage |
| Passenger Vehicles | Compact size, stable operation, low energy consumption | Cars and light vehicles |
| Commercial Vehicles | High torque output and strong durability | Trucks and buses |
| Agricultural Equipment | Reliable performance under harsh environments | Tractors and agricultural machinery |
| Construction Equipment | Heavy-duty starting capability | Excavators and industrial machines |
How Does Jiangsu Mengyang Motor Manufacture Co. Ltd. Support Reliable Starter Motor Solutions?
Founded in 1997, Jiangsu Mengyang Motor Manufacture Co. Ltd. is a professional motor manufacturer specializing in the research, development, and production of DC motors, AC motors, and brushless DC motors. With extensive experience in motor engineering and manufacturing, the company provides reliable motor solutions for automotive and industrial applications.
Starter motors require precise engineering and strict manufacturing control because their performance depends on the cooperation of electrical and mechanical components. Jiangsu Mengyang Motor Manufacture Co. Ltd. integrates engineering development, manufacturing processes, and quality management to ensure product reliability.
The company operates a modern manufacturing facility covering approximately 70,000 m² and has more than 300 employees. Supported by professional technical teams and a complete manufacturing system, Jiangsu Mengyang Motor Manufacture Co. Ltd. focuses on delivering motor products with stable performance, consistent quality, and long-term reliability.
How Can Replacement Starter Motors Reduce Maintenance Costs and Improve Equipment Availability?
The Growing Demand for Replacement Starter Motor Solutions
As vehicles and mechanical equipment continue operating over long periods, starter motor replacement becomes an important part of maintenance management. A replacement starter motor provides an efficient solution when the original component experiences wear, reduced performance, or complete failure.
Starter motors operate under high electrical loads and mechanical stress during every engine startup. Over time, components such as brushes, bearings, gears, and electrical contacts may experience natural wear. When performance decreases, replacing the starter motor can restore reliable starting capability and prevent further operational problems.
A high-quality replacement starter motor should not only match the original specifications but also provide excellent durability and stable performance. Compatibility, manufacturing quality, testing standards, and material reliability are all important considerations when selecting replacement products.
| Replacement Starter Motor Consideration | Why It Matters | Expected Result |
| Product Compatibility | Ensures proper installation and operation | Reduces installation issues |
| Component Quality | Improves durability and reliability | Extends service life |
| Performance Testing | Verifies electrical and mechanical functions | Ensures stable operation |
| Manufacturing Consistency | Maintains product quality between batches | Provides dependable supply |
Why Is Compatibility Important When Choosing a Replacement Starter Motor?
A replacement starter motor must match the vehicle or equipment system in terms of voltage, mounting structure, gear design, torque output, and electrical connection. Even small differences may affect installation efficiency or operating performance.
Professional manufacturers usually develop replacement starter motors according to detailed application requirements. Through engineering analysis and performance verification, manufacturers can ensure that replacement products provide similar or improved performance compared with original components.
For different markets and applications, replacement starter motors may need to meet various technical requirements. This requires manufacturers to have flexible production capabilities and strong product development experience.
Key Factors Affecting Replacement Starter Motor Performance
| Factor | Description | Impact on Operation |
| Motor Structure | Internal design and component arrangement | Affects efficiency and durability |
| Gear System | Connection between motor and engine | Influences starting smoothness |
| Electrical Components | Windings, brushes, and contacts | Determines power transmission efficiency |
| Housing Design | Protection and heat dissipation structure | Improves operating stability |
How Can Reliable Replacement Starter Motors Improve Long-Term Vehicle Operation?
A dependable replacement starter motor helps reduce unexpected failures and improves vehicle operating efficiency. For vehicles used in transportation, logistics, agriculture, and construction, reliable starting performance is especially important because downtime can affect overall productivity.
High-quality replacement starter motors are designed with attention to durability, thermal resistance, vibration protection, and repeated starting performance. These characteristics help ensure stable operation even under challenging working conditions.
Jiangsu Mengyang Motor Manufacture Co. Ltd. applies professional motor manufacturing experience to provide reliable solutions for customers requiring replacement motor products. Through advanced manufacturing processes and strict quality management, the company focuses on delivering motors that meet practical application requirements.
What Manufacturing Capabilities Ensure the Quality of Starter Motor and Replacement Starter Motor Products?
The Importance of Engineering and Production Expertise in Starter Motor Manufacturing
The quality of a starter motor depends not only on product design but also on manufacturing capability. Since starter motors combine electrical systems and mechanical structures, manufacturers must control multiple production stages, including component processing, assembly accuracy, performance testing, and quality inspection.
Professional motor manufacturers use advanced production systems to maintain consistency and reliability. From raw material selection to final testing, every process influences the performance of the finished product.
For automotive applications, reliability is a critical requirement. Starter motors must operate effectively under different temperatures, vibration conditions, and repeated usage cycles. Therefore, manufacturers need comprehensive quality management systems to ensure every product meets expected standards.
| Manufacturing Capability | Quality Influence | Customer Value |
| Engineering Development | Optimizes motor design for different applications | Provides suitable solutions |
| Precision Manufacturing | Improves component accuracy and consistency | Enhances reliability |
| Quality Inspection | Identifies potential performance issues | Reduces operational risks |
| Production Management | Ensures stable manufacturing capacity | Supports continuous supply |
Why Choose Jiangsu Mengyang Motor Manufacture Co. Ltd. for Motor Solutions?
With decades of experience in motor research and manufacturing, Jiangsu Mengyang Motor Manufacture Co. Ltd. has developed strong capabilities in product development, engineering support, and production management.
The company was founded in 1997 and specializes in DC motors, AC motors, and brushless DC motors. Through cooperation with Wuxi Mengyuan Motor Manufacturing Co., Ltd., Jiangsu Mengyang Motor Manufacture Co. Ltd. has established an integrated system covering engineering, manufacturing, and delivery.
The company’s 70,000 m² manufacturing facility and more than 300 employees provide strong support for efficient production and strict quality control. By combining professional engineering knowledge with advanced manufacturing processes, the company continues to provide reliable motor solutions for automotive and industrial applications.
Future Development Trends of Starter Motor Technology
As automotive technology continues developing, starter motors are becoming more efficient, compact, and reliable. Improvements in materials, manufacturing processes, and motor control technologies are helping manufacturers create products with longer service life and better performance.
Although new energy vehicles are changing the automotive landscape, starter motors remain important in many vehicle systems and traditional applications. Reliable replacement starter motor solutions will continue to play an important role in vehicle maintenance and lifecycle management.
Through continuous innovation and quality improvement, Jiangsu Mengyang Motor Manufacture Co. Ltd. remains committed to providing dependable starter motor and replacement starter motor solutions for global customers.
FAQ About Starter Motor and Replacement Starter Motor
Q1: What is a starter motor?
A starter motor is an electrical motor that converts battery power into mechanical energy to rotate an engine during startup.
Q2: When should a starter motor be replaced?
A starter motor may need replacement when symptoms such as slow starting, unusual noises, intermittent operation, or complete failure occur.
Q3: What should be considered when selecting a replacement starter motor?
Important factors include compatibility, voltage, torque output, mounting design, component quality, and application requirements.
Q4: What products does Jiangsu Mengyang Motor Manufacture Co. Ltd. specialize in?
Jiangsu Mengyang Motor Manufacture Co. Ltd. specializes in DC motors, AC motors, and brushless DC motors, providing professional motor solutions for automotive and industrial applications.
Q5: Why is manufacturing experience important for starter motor quality?
Experienced manufacturers have stronger engineering capabilities, better production control, and comprehensive quality systems to ensure reliable motor performance.
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