Automobile Trainer Car Chassis Dissection Model Educational Equipment

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Automobile Trainer Car Chassis Dissection Model Educational Equipment

Name: Automobile Trainer Car Chassis Dissection Model Educational Equipment
Brand: Guangdong Zhongcai Education Equipment Co., Ltd.
SKU: 1600131358703_1
Price: 2000.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Automotive Education & Dissection Training: Designed as an interactive dissection model for learning automotive mechanics, allowing students to explore the chassis structure, engine placement, and component integration.
Modular Customization: Enables hands-on modification of seating arrangements, engine configurations, and accessory integration to simulate real-world vehicle adaptations.

Key features

1. Durable Material Construction

With a robust metal and wood chassis, you can ensure long-lasting use in classroom environments compared to plastic-based educational models*

2. Modular Interactive Design

With a fully modular design, you can dismantle and reassemble components to explore automotive mechanics interactively*

3. Detailed Educational Components

With precise mechanical details and engine placement, you can demonstrate automotive principles clearly, surpassing basic educational models*

4. Versatile Educational Adaptability

With an adaptable chassis design, you can tailor lessons for automotive training, physics, or engineering classes*

5. Safety-Certified Materials

With safety-certified materials and reinforced structures, you can ensure a risk-free learning environment for students*

Product details

The Automobile Trainer Car Chassis Dissection Model is an educational tool designed for hands-on automotive learning. Constructed from durable metal and wood, this modular chassis allows educators to demonstrate engine mechanics, structural design, and customization principles. Its rear-mounted engine configuration and adaptable frame enable interactive lessons on vehicle systems, making it ideal for automotive training programs and STEM education.

Technical specifications

Feature	Specification	Benefit
Material Composition	Steel/aluminum frame (metal) + wooden base + gray fabric seats	Ensures durability for classroom use and realistic component representation
Modularity	Interchangeable chassis sections, detachable engine compartment, adjustable seat mounts	Facilitates step-by-step dissection and assembly demonstrations
Seating Capacity	Two ergonomic seats with headrests	Accommodates student-teacher interaction or paired learning scenarios
Engine Placement	Rear-mounted hybrid/electric component mockup (battery pack visible)	Illustrates weight distribution principles and hybrid power system layouts
Customization Potential	Open frame design with mounting points for add-ons (e.g., sensors, lighting)	Enables integration of supplementary teaching tools for advanced lessons

Customization guide

Adjustable parameters include:

Seat Positioning: Reconfigure seating angles or spacing to simulate different vehicle types (e.g., racing vs. utility).
Engine Type: Swap engine mockups (gasoline/electric) to teach varied power systems.
Component Add-ons: Attach sensors or gauges to demonstrate real-time data collection for technical training.

Get inspired

Use this chassis to teach automotive fundamentals through tactile exploration. For instance:

Disassemble the engine compartment to explain combustion vs. electric systems.
Modify the seating layout to explore ergonomic design in vehicle safety.
Add LED strips to visualize electrical wiring pathways.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Modularity Level	5 modular sections	10+ interchangeable parts	Fully customizable frame
Material Durability	Steel frame (standard)	Alloy-reinforced steel	Military-grade aluminum
Customization Complexity	Basic add-ons (e.g., sensors)	Advanced IoT integration	Full API compatibility

Supplier's note

Technical Breakthroughs:
- Modular Design: The Pro Model’s 30% higher modularity than industry standards allows instructors to create custom lesson modules.
- Rear Engine Placement: Demonstrates weight distribution principles 20% more effectively than traditional front-engine models.
- Hybrid Component Mockup: Combines electric and combustion elements for comparative analysis, unique in educational chassis tools.
Version Selection Guidance:
- Base Model: Ideal for primary/secondary schools needing foundational automotive training.
- Advanced Model: Suitable for vocational schools requiring IoT-enabled diagnostics or hybrid system studies.
- Pro Model: Best for technical colleges or R&D labs demanding extreme durability and API-driven customization.

With its rear-mounted engine configuration, you can visually compare powertrain layouts. With the Pro Model’s military-grade materials, you ensure long-term classroom use even in high-traffic settings.

Frequently asked questions

Which car chassis dissection model is best suited for school automotive education?
How do I maintain and clean a metal and wood car chassis educational model?
Why choose metal and wood for an educational car chassis model?
Can this chassis model be customized for specialized automotive training?
Is this educational equipment compliant with safety standards for schools?
How does a dissection chassis aid automotive education compared to textbooks?
What makes this chassis better than standard car models for training?
Is this model suitable for both high school and college automotive programs?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Material Composition	School teaching, durability testing	Metal (steel/aluminum) frame (3mm thickness, ASTM A36) + FSC-certified wood components	▲ Enhanced durability for repeated use (ISO 9001 compliant)	Heavier than plastic models (15kg vs 10kg industry standard)
Structural Design	Hands-on mechanics education	Modular frame supporting 12+ components (ISO 14001 certified)	▲ Easy disassembly for component analysis	Requires assembly (not pre-assembled)
Customization Potential	Specialized training setups	Open chassis integrates 20+ accessories (TÜV certified)	▲ Adaptable to robotics or hybrid engine modules	Additional cost for specialized components
Engine/Component Layout	Weight distribution studies	Rear-mounted engine (20% improved weight distribution, SAE J1100)	▲ Demonstrates advanced engineering principles	Unconventional layout may confuse learners
Safety Features	Classroom safety compliance	Secure seat mounting with 5-point restraint (ISO 17025 tested)	▲ Meets OSHA safety standards for educational tools	Adds 2kg to overall weight
Versatility in Use	Cross-disciplinary education	Configurable for 5+ vehicle types (ASTM F3325)	▲ Single model for automotive, robotics, and environmental studies	Less specialized in any single application area