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  • New Arrival Good Quality Best Performance Durable Small Electric Vehicle Rear Axle
  • New Arrival Good Quality Best Performance Durable Small Electric Vehicle Rear Axle
  • New Arrival Good Quality Best Performance Durable Small Electric Vehicle Rear Axle
  • New Arrival Good Quality Best Performance Durable Small Electric Vehicle Rear Axle
  • New Arrival Good Quality Best Performance Durable Small Electric Vehicle Rear Axle
  • New Arrival Good Quality Best Performance Durable Small Electric Vehicle Rear Axle
New Arrival Good Quality Best Performance Durable Small Electric Vehicle Rear Axle
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New Arrival Good Quality Best Performance Durable Small Electric Vehicle Rear Axle

  • >= 1 Cases
    $28.59

Customization:

Customized logo(Min.Order: 1000 pieces)
Customized packaging(Min.Order: 1000 pieces)
Graphic customization(Min.Order: 1000 pieces)

New Arrival Good Quality Best Performance Durable Small Electric Vehicle Rear Axle

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Power Transmission & Load Handling: Designed to efficiently transmit power from electric vehicle motors to wheels, ensuring robust performance under heavy loads.
  • Differential Adaptability: Equipped with a customizable differential ratio to optimize torque distribution for varied terrains and driving conditions.

Key features

  • 1. Corrosion-Resistant Material Technology

  • With a corrosion-resistant steel body and protective black coating, ensure long-lasting durability in harsh environmental conditions. This robust construction outperforms uncoated axles in preventing rust and wear, ideal for commercial and industrial use.

  • 2. Modular Design for Easy Installation

  • With a standardized modular design and pre-engineered mounting points, achieve seamless integration into electric vehicle frames. This simplifies installation and maintenance compared to non-modular alternatives.

  • 3. Heavy-Duty Performance for Commercial Use

  • With high-torque steel construction optimized for heavy loads, support continuous operation in commercial vehicles like trucks and buses. Outperforms lightweight axles in load-bearing capacity.

  • 4. Customizable Differential Ratios for Versatility

  • With adjustable differential ratios tailored to terrain and load needs, adapt performance for off-road traction or highway efficiency. This flexibility exceeds fixed-ratio axles in multi-terrain applications.

  • 5. Automotive-Grade Durability Standards

  • Built to meet automotive industry safety and durability standards, guarantee reliability in high-stress environments. Meets or exceeds requirements for commercial and industrial vehicle use.

Product details

New Arrival Good Quality Best Performance Durable Small Electric Vehicle Rear Axle

The New Arrival Good Quality Best Performance Durable Small Electric Vehicle Rear Axle is engineered for heavy-duty applications in electric vehicles. Designed with robust steel construction and corrosion-resistant coatings, this axle assembly ensures durability, optimal load distribution, and adaptability for diverse vehicle configurations.

Technical specifications

FeatureSpecificationApplication Scenario
Material CompositionHigh-strength steel shafts with black corrosion-resistant coatingHeavy commercial vehicles (e.g., trucks, buses) in harsh environments
Load Capacity5,000 kg (adjustable via modular design)Electric buses, delivery trucks, or off-road EVs requiring high payload
Modular DesignCustomizable size/configurationTailoring to specific EV models or chassis requirements
Differential RatioAdjustable from 3.0:1 to 5.0:1Optimizing performance for off-road traction or highway efficiency
CompatibilityUniversal fit for rear axle positions in EVsRetrofitting or manufacturing new electric vehicles

Customization guide

Adjustable differential ratios and modular size configurations enable customization for specialized needs. For example:

  • Off-road vehicles: Opt for a 5.0:1 ratio to enhance torque and traction.
  • Highway-focused EVs: Choose a 3.0:1 ratio to improve fuel efficiency.

Get inspired

With its corrosion-resistant steel construction and adaptable design, this axle assembly is ideal for electric vehicles operating in demanding conditions. Whether you need heavy load capacity for commercial transport or precise torque control for rugged terrain, this product ensures reliability and longevity.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Load Capacity4,000 kg+25% (5,000 kg)+50% (6,000 kg)*
Corrosion Resistance500 hours salt spray+40% (700 hours)Triple Industry Standard (1,500 hours)
Differential Range3.0:1–4.0:13.5:1–4.5:13.0:1–5.0:1

Supplier's note

  1. Three Technical Breakthroughs:

    • Corrosion Resistance: The triple-industry-standard coating (Pro Model) ensures longevity in saltwater or industrial environments.
    • Modular Design: Enables rapid adaptation to chassis variations without compromising structural integrity.
    • Differential Customization: Adjustable ratios allow users to optimize performance for specific terrains.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard EVs or light commercial vehicles needing cost-effective durability.
    • Advanced Model: Best for medium-duty trucks requiring enhanced load capacity and corrosion protection.
    • Pro Model: Designed for heavy-duty applications (e.g., mining EVs or long-haul trucks) where extreme loads and harsh conditions are standard.

With the Pro Model’s 6,000 kg load capacity, you can safely transport heavy payloads while maintaining structural integrity. Pair this with its 5.0:1 differential ratio to tackle steep inclines or rocky terrain effortlessly.

Frequently asked questions

  • Which rear axle model is best suited for small electric vehicles?

  • How do I maintain a rear axle assembly in harsh environmental conditions?

  • Why is steel the preferred material for electric vehicle rear axles compared to aluminum?

  • Can this rear axle be customized for different vehicle sizes and load requirements?

  • Is this axle assembly certified for heavy-duty commercial use in electric vehicles?

  • How does the differential ratio customization affect off-road performance in electric vehicles?

  • Does the protective coating on the axle shafts prevent corrosion in salty or humid environments?

  • Is the installation process of this rear axle assembly compatible with standard vehicle mounting systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material QualityHeavy-duty commercial EVsIndustry Standard: Steel (ASTM A36)
Our Base: High-strength steel + black coating (ASTM A533)
Our Advanced: Alloy steel (SAE J442)
Base: 20% stronger than industry steel
Advanced: 30% lighter with corrosion resistance
Advanced: 30% higher cost due to alloy materials
Noise LevelUrban EV fleetsIndustry Standard: 50 dBA (ISO 3095)
Our Base: 45 dBA ▲
Our Advanced: 40 dBA ▲▲ (quieter than typical urban noise levels)
Base: Reduces noise pollution by 10%
Advanced: Meets luxury EV cabin quietness standards
Advanced: Complex sound-dampening design increases production cost
Load CapacityElectric trucks for long-haul transportIndustry Standard: 5 tons (ISO 1434)
Our Base: 6 tons ▲
Our Advanced: 7 tons ▲▲ (verified via dynamic load testing)
Base: Supports 20% heavier payloads
Advanced: Handles 40% more load than industry standard
Advanced: Adds 15% weight penalty
Corrosion ResistanceHarsh environments (salt, chemicals)Industry Standard: 24hr salt spray (ASTM B117)
Our Base: 48hr ▲
Our Advanced: 96hr ▲▲ (withstands 50+ chemical exposures)
Base: Doubles industry corrosion protection
Advanced: 4x longer lifespan in corrosive conditions
Advanced: Requires specialized coating application
Customization OptionsOff-road EV buildsIndustry Standard: Limited to standard sizes
Our Base: Adjustable differential ratios ▲ (10:1 to 15:1 range)
Our Advanced: Modular design ▲▲ (swappable hubs/differentials)
Base: Optimizes torque for varied terrains
Advanced: Reduces downtime for reconfiguration
Advanced: Requires skilled technicians for installation
Maintenance RequirementsHigh-mileage EV fleetsIndustry Standard: 10k km service interval
Our Base: 15k km ▲ (ISO 1434 compliance)
Our Advanced: 20k km ▲▲ (lubrication-free hubs)
Base: 50% fewer service stops annually
Advanced: Eliminates 80% of routine maintenance tasks
Advanced: Higher upfront cost for self-lubricating components

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