Types of Toyota Hiace Van (Petrol Used)
The Toyota Hiace petrol van is a versatile commercial vehicle that has been widely used across the globe for decades. Known for its reliability, durability, and adaptability, it comes in various configurations to suit different business requirements—from cargo transportation to passenger commuting. When purchasing a used petrol Toyota Hiace van, understanding the differences between these models can help you make an informed decision based on your operational needs.
This guide outlines the most common types of petrol-powered Toyota Hiace vans available in the used market, detailing their features, ideal usage scenarios, and what makes each model unique. Whether you're running a delivery service, a shuttle company, or need a rugged workhorse for your business, there's likely a Hiace variant that fits perfectly.
Hiace Van
The standard Toyota Hiace petrol van offers a balanced combination of cargo capacity and passenger transport capability. It's often configured with removable seats, allowing owners to switch between cargo and passenger configurations as needed.
Advantages
- Versatile seating arrangements
- Reliable engine performance
- Cost-effective maintenance
- Good fuel economy for petrol engines
Limitations
- Basic interior features
- Limited luxury options
- Fuel efficiency not as high as diesel variants
Best for: Small businesses needing flexible cargo/passenger transport, local deliveries, and light-duty commercial use
Hiace Commuter
The Toyota Hiace commuter variant is specifically designed for transporting passengers efficiently and comfortably. It typically includes more seating rows and improved interior comfort features compared to the standard van.
Advantages
- Spacious passenger cabin
- Comfortable seating for up to 12-15 passengers
- Ideal for regular routes and shuttles
- Robust build quality
Limitations
- Less cargo space when fully loaded with passengers
- Higher fuel consumption due to weight
- Petrol engine may require more frequent refueling
Best for: Shuttle services, tour companies, school transportation, and public transit alternatives
Hiace Super Long Wheelbase (SLWB)
The Super Long Wheelbase (SLWB) version provides extended length and interior volume, making it suitable for heavy cargo transport while maintaining some passenger-carrying capabilities if needed.
Advantages
- Maximum cargo space among Hiace variants
- Longer wheelbase improves stability
- Can be customized for specific cargo needs
- Strong resale value
Limitations
- Requires more parking space
- Maneuvering in tight urban areas can be challenging
- Higher overall weight impacts fuel efficiency
Best for: Logistics companies, large-scale delivery operations, and businesses requiring maximum cargo capacity
Hiace Cargo
The dedicated cargo version of the Hiace focuses entirely on freight transport, featuring a high-roof design, sliding side doors, and no rear seating—optimized for loading and unloading goods quickly and safely.
Advantages
- Ample storage space for bulky items
- High roof allows standing inside for loading
- Easy access via wide sliding doors
- Durable construction for frequent use
Limitations
- No passenger transport capability
- Less comfortable for drivers during long trips
- Minimal onboard amenities
Best for: Delivery services, courier companies, tradespeople, and mobile businesses needing secure storage
Hiace GL Grand Luxury Van
The top-tier Hiace GL Grand Luxury Van offers premium features such as leather upholstery, climate control, advanced infotainment systems, and upgraded suspension for superior ride comfort.
Advantages
- High-end interior finishes
- Enhanced comfort for long journeys
- Attractive appearance for client-facing services
- Modern technology integration
Limitations
- Higher purchase price
- More expensive repairs and maintenance
- Not optimized for heavy cargo use
Best for: VIP transport, executive shuttles, wedding services, and premium chauffeur businesses
| Model | Primary Use | Passenger Capacity | Cargo Space | Key Features |
|---|---|---|---|---|
| Hiace Van | Mixed use (cargo/passenger) | Up to 8-10 | Moderate | Flexible seating, good economy |
| Hiace Commuter | Passenger transport | Up to 12-15 | Low | Comfortable seating, route-friendly |
| Hiace SLWB | Heavy cargo transport | Up to 6 | High | Extended body, high load capacity |
| Hiace Cargo | Dedicated freight | Driver + 1 | Very High | Sliding doors, high roof |
| Hiace GL Grand Luxury | Premium passenger | Up to 8 | Moderate | Luxury features, tech upgrades |
Expert Tip: When inspecting a used petrol Hiace van, always test both the engine performance and interior functionality. Pay close attention to signs of wear in high-use areas like the driver’s seat, dashboard, and cargo floor. Also, check for any unusual engine noises or excessive smoke during startup.
Specifications and Maintenance of Toyota Hiace Van Petrol Used
The specifications of the Toyota Hiace vans are quite impressive, making them suitable for various purposes, including businesses and organizations. These vehicles are designed to deliver reliable performance, ample cargo capacity, and a comfortable driving experience. Below is an in-depth overview of the key specifications and maintenance practices that ensure long-term reliability and efficiency.
Key Specifications
Engine Performance
The Toyota Hiace van features a robust 2.7-liter gasoline engine, delivering smooth power and torque output. This engine ensures responsive acceleration and efficient handling, particularly useful when navigating urban environments or carrying moderate loads. Paired with a 5-speed manual transmission, the system allows for precise gear changes, giving drivers better control over vehicle dynamics.
This combination not only enhances drivability but also contributes to fuel efficiency under varied conditions. The manual gearbox also tends to be more durable and easier to maintain compared to automatic systems, which is beneficial for commercial operators.
Dimensions
The Toyota Hiace has been engineered with both practicality and maneuverability in mind. It measures 4,695 mm in length, 1,880 mm in width, and 1,990 mm in height, offering a balanced footprint that's easy to handle on narrow roads while still providing generous interior space.
The cargo area is especially spacious, spanning 2,570 mm in length and 1,620 mm in width, allowing for the transportation of large equipment, boxes, or bulk goods. Additionally, it comfortably seats up to five occupants, with a seating area measuring 1,540 mm in width and 1,410 mm in height, making it ideal for both passenger and mixed-use applications.
Performance and Fuel Efficiency
Designed for versatility, the Toyota Hiace petrol van delivers consistent performance across different driving scenarios. Its 70-liter fuel tank enables extended range between refuels, making it suitable for long-distance transport without frequent stops.
With an average fuel consumption of around 10.5 liters per 100 km, the Hiace offers a balance between power delivery and fuel economy. This makes it a cost-effective option for small business owners and fleet operators who require dependable daily use.
Braking System and Safety Features
The braking system of the Hiace includes ventilated disc brakes at the front and drum brakes at the rear, ensuring effective stopping power even under loaded conditions. This setup helps dissipate heat efficiently during continuous use, reducing brake fade and maintaining consistent performance.
In addition to its mechanical braking capabilities, the Hiace comes equipped with essential safety features such as Anti-lock Brake System (ABS), airbags, and seat belt pretensioners, enhancing occupant protection in the event of sudden stops or collisions.
Comfort and Convenience Features
For driver comfort, the Toyota Hiace includes amenities like power steering, air conditioning, and adjustable driver’s seating. These features contribute to a more enjoyable driving experience, especially during long journeys or in hot climates.
The inclusion of modern safety and convenience systems makes the Hiace not just a utilitarian vehicle but also one that prioritizes user comfort and operational ease, which is particularly valuable for commercial users who spend significant time behind the wheel.
| Specification | Description | Benefits |
|---|---|---|
| Engine Type | 2.7L Gasoline | Delivers reliable power with smooth torque delivery for efficient load management |
| Transmission | 5-Speed Manual | Offers better control, fuel efficiency, and durability for commercial usage |
| Fuel Tank Capacity | 70 Liters | Reduces frequency of refueling, ideal for long trips and delivery services |
| Average Fuel Consumption | ~10.5 L/100 km | Balances fuel efficiency with performance under typical driving conditions |
| Brake System | Ventilated Disc Front / Drum Rear | Ensures consistent braking performance and heat dissipation |
Essential Maintenance Practices
Maintaining your Toyota Hiace petrol van is crucial for preserving its longevity, resale value, and overall performance. Regular servicing helps prevent costly repairs and ensures safe operation. Here are some critical maintenance routines:
Important: Always follow the manufacturer’s recommended service intervals and use genuine or high-quality replacement parts. Neglecting routine maintenance can lead to premature component failure and reduced vehicle lifespan. When replacing parts like filters or fluids, consider doing a full system inspection to catch potential issues early.
By adhering to these maintenance guidelines and understanding the detailed specifications of the Toyota Hiace petrol van, you can maximize its utility, safety, and performance—whether used for personal transport, deliveries, or commercial operations.
How to Choose Toyota Hiace Van Petrol Used
Selecting the right used petrol-powered Toyota HiAce van requires careful evaluation of several critical factors that directly impact its performance, usability, and long-term value. Whether you're purchasing for personal use, business transportation, or commercial purposes, this guide will help you make an informed decision based on your specific needs.
Intended Usage
The primary function of your HiAce van determines which configuration best suits your requirements. Toyota offers multiple variants tailored for different applications:
- Cargo Vans: Ideal for transporting goods with maximum cargo space and minimal seating
- Passenger Vans: Feature additional seating (up to 12-15 passengers) with optional amenities
- Mixed Use: Mid-range seating configurations with flexible cargo/passenger options
Pro Tip: Measure your typical cargo dimensions and passenger needs before selecting a model variant
Model Year and Generation
The HiAce has evolved significantly across generations. Understanding key differences helps identify the best value:
- Pre-2005 Models: Basic mechanical reliability but limited safety features
- 2005–2018 Models: Improved fuel efficiency and available air conditioning upgrades
- Post-2018 Models: Enhanced safety tech including ABS, ESC, and improved engine management systems
Inspection Note: Check service history consistency and verify any generation-specific recalls
Budget Considerations
Create a comprehensive budget that extends beyond the purchase price to include all associated costs:
- Purchase cost vs. market value comparison
- Fuel consumption estimates (typically 8-12L/100km depending on load)
- Insurance premiums by model year and usage type
- Estimated maintenance schedule and parts availability
- Registration and licensing fees
Smart Buying: Allocate 10–15% of purchase price for initial servicing and essential replacements
Load Capacity and Dimensions
Toyota HiAce models offer varying load capacities and interior dimensions:
- Van Body: Up to 1,200kg payload capacity
- Wheelbase Options: Short (L1), Medium (L2), Long (L3) wheelbases affect maneuverability and space
- Roof Height: Standard or high-roof options impact cargo volume and headroom
- Interior Volume: Ranges from ~5m³ to over 12m³ depending on configuration
Measurement Guide: Add 10% to your actual cargo dimensions to account for packaging and spacing
Expert Advice: Always prioritize mechanical condition over cosmetic appearance. A well-maintained older model with low mileage can outperform a neglected newer one. Have a qualified mechanic inspect any potential purchase.
| Model Variant | Seating Capacity | Cargo Volume | Average Fuel Economy | Recommended Use |
|---|---|---|---|---|
| Short Wheelbase Cargo | 2 seats | 5.1 m³ | 9.5 L/100km | City delivery, small business transport |
| Medium Wheelbase Passenger | 12 seats | 3.2 m³ | 10.2 L/100km | School transport, shuttle services |
| Long Wheelbase High Roof | 3 seats | 12.3 m³ | 11.0 L/100km | Freight transport, mobile businesses |
| Custom Conversion | Variable | Variable | 10.5–12.0 L/100km | Specialized applications (camper, workshop, etc.) |
Comfort and Safety Features
Newer HiAce models come with enhanced comfort and safety systems that improve both driver experience and passenger protection:
- Climate control systems (manual or automatic AC)
- Audio systems with Bluetooth connectivity
- Adjustable steering columns and ergonomic seating
- ABS anti-lock braking system
- Electronic Stability Control (ESC)
- Rearview cameras and parking sensors
- Driver and passenger airbags
Safety Reminder: Verify that all safety systems are functional during test drive
Engine Performance and Efficiency
The HiAce petrol engine lineup includes various iterations of the 2TR-FE 2.7L inline-four:
- Power output: 150–163 HP @ 3,800 RPM
- Torque: 241 Nm @ 2,600 RPM
- Transmission: 5-speed manual
- Drive type: Rear-wheel drive
- Fuel system: Multi-point fuel injection
Performance Tip: Look for vehicles with regular oil change records to ensure engine longevity
Maintenance Insight: The HiAce is known for excellent durability when properly maintained. Pay special attention to suspension components, brake wear, and exhaust system condition when evaluating used models.
Resale Value Factors
Several elements influence the future resale value of your HiAce:
- Vehicle condition (mechanical and cosmetic)
- Service history completeness
- Kilometer reading compared to average
- Popular color choices (white, silver, black maintain better value)
- Presence of desirable features (AC, power steering, ABS)
Market Trend: Well-maintained HiAces retain 50–60% of their value after five years
Test Drive Essentials
A comprehensive test drive should evaluate multiple aspects of vehicle performance:
- Engine responsiveness under acceleration
- Smoothness of gear shifts and clutch operation
- Steering alignment and play
- Brake effectiveness and pedal feel
- Suspension handling over bumps and corners
- Ventilation system functionality
- Noise levels at highway speeds
Evaluation Tip: Test drive in similar conditions to your intended use (e.g., loaded cargo, passenger routes)
By carefully considering these detailed factors—usage requirements, mechanical condition, operating costs, and long-term value—you'll be well-equipped to select a used Toyota HiAce petrol van that delivers reliable performance, efficient operation, and lasting satisfaction for your specific transportation needs.
Comprehensive DIY Guide to Replacing Parts on Toyota Hiace Van Petrol Models
Replacing parts on a Toyota Hiace van petrol model can be a rewarding and cost-effective way to maintain your vehicle's performance and longevity. This guide provides detailed, step-by-step instructions for safely replacing components, ensuring proper fitment, and verifying correct operation after installation. Whether you're replacing a simple part or performing more involved maintenance, following these procedures will help you complete the job efficiently and correctly.
Safety Reminder: Always disconnect the battery before starting any work involving electrical systems or fuel lines. Use appropriate personal protective equipment (PPE) such as gloves and safety glasses, and ensure your workspace is clean, well-lit, and secure.
The Three Essential Steps of Part Replacement
Successful part replacement on your Toyota Hiace involves three key phases: disassembly, installation, and operational check. Each phase requires attention to detail and careful planning to avoid mistakes that could lead to improper function or future repairs.
-
Disassembly
Before removing any component, it's crucial to understand its location, orientation, and how it connects to surrounding parts. Begin by consulting your Toyota Hiace repair manual for specific instructions related to the part being replaced. Here are some essential steps during disassembly:
- Verify Compatibility: Compare the new part with the old one to ensure they match in size, shape, and specifications. This ensures proper fitment and avoids potential complications during installation.
- Label Connections: Take photos or use labels to mark wires, hoses, and connectors as you remove them. This makes reassembly much easier and helps prevent misconnections.
- Organize Fasteners: Keep all nuts, bolts, clips, and washers in labeled containers or magnetic trays. Losing even a single fastener can delay the project or compromise the integrity of the repair.
- Document Layout: Sketch a diagram or take notes about how parts were arranged, especially for complex assemblies like throttle bodies or intake manifolds.
-
Installation
With the old part removed, prepare for the installation of the new one. This stage is where precision and cleanliness play a major role in ensuring long-term reliability.
- Clean Components: Wipe down the area where the new part will go and inspect adjacent components for wear or damage. A clean installation surface prevents contamination and improves sealing performance.
- Follow Manufacturer Guidelines: Refer back to your repair manual for torque specifications, alignment requirements, and recommended lubrication points.
- Reinstall Fasteners Properly: Replace any damaged or corroded bolts with OEM-quality replacements. Torque all fasteners to the manufacturer’s specifications using a calibrated torque wrench.
- Secure Electrical and Fluid Lines: Double-check that all connections—especially vacuum lines, sensors, and wiring harnesses—are securely attached and routed correctly.
-
Check Operation
Once everything is assembled, it's time to verify that the new part functions as intended. This final step is critical to confirming the success of your repair.
- Visual Inspection: Walk around the vehicle and double-check all connections, fluid levels, and mechanical engagements.
- Test Systems: Turn the ignition on (without starting the engine) to see if any warning lights illuminate or error codes appear.
- Run the Engine: Start the engine and listen for unusual noises or vibrations. Check for leaks, loose connections, or binding mechanisms.
- Take a Test Drive: If applicable, perform a short test drive under controlled conditions to assess performance improvements or identify any lingering issues.
Expert Tip: For complex repairs like fuel injectors or throttle position sensors, consider labeling each wire connector with its corresponding cylinder or system number. This prevents confusion and speeds up reassembly significantly.
Common Challenges and How to Avoid Them
While many repairs are straightforward, certain challenges can arise. Here’s a breakdown of common pitfalls and how to overcome them:
| Challenge | Description | Prevention Tips | Recommended Tools |
|---|---|---|---|
| Misaligned Components | Parts not installed properly due to incorrect positioning | Use alignment tools or marks from the manual; double-check fitment before tightening | Feeler gauges, alignment jigs, digital level |
| Fluid Leaks | Oil, coolant, or fuel leaks after installation | Ensure all seals and gaskets are in good condition; torque fittings to spec | Torque wrench, sealant, pressure tester |
| Electrical Errors | Error codes or malfunctioning systems post-installation | Double-check wiring diagrams and connector seating; reset ECU if necessary | Multimeter, OBD-II scanner, electrical contact cleaner |
| Missing Fasteners | Bolts or clips left over after reassembly | Use an organized storage system during disassembly | Magnetic tray, labeled containers, inventory checklist |
Final Thoughts and Maintenance Recommendations
Completing a DIY part replacement on your Toyota Hiace van petrol model is a satisfying experience that builds mechanical knowledge and saves money. To ensure continued reliability:
- Keep a log of all repairs performed, including dates and part numbers
- Perform regular inspections of recently replaced parts during the first few weeks
- Always refer to factory service manuals rather than generic guides when possible
- Invest in quality tools and protective gear for future projects
By following this structured approach to part replacement, you’ll enjoy a smoother process, fewer errors, and greater confidence in your DIY abilities.
Frequently Asked Questions About the Toyota Hiace Van
The Toyota Hiace van enjoys widespread popularity due to its exceptional versatility and rugged reliability. Designed as a light commercial vehicle, it can be easily adapted for multiple applications including cargo transport, passenger transportation, mobile businesses, and even customized conversions like campervans or food trucks.
Key reasons for its enduring appeal include:
- Reliability: Built with Toyota's renowned engineering standards, the Hiace is known for long-term durability even under demanding conditions.
- Cost-effectiveness: Low maintenance costs and parts availability make it an economical choice for small businesses and fleet operators.
- Adaptability: Its modular design allows for various configurations—passenger vans, cargo vans, crew buses, and chassis cabs ideal for body conversions.
- Global presence: With decades of production and sales in over 100 countries, the Hiace has become a familiar sight on roads worldwide.
This combination of practicality and dependability makes the Hiace a go-to option for both personal and commercial users seeking a no-nonsense workhorse that delivers consistent performance year after year.
Fuel consumption for the Toyota Hiace van varies based on engine type, model variant, driving conditions, and load capacity. However, the Hiace is widely praised for its efficient use of fuel relative to its utility and size.
As a general reference point:
| Engine Type | Average Fuel Consumption (L/100km) | Notes |
|---|---|---|
| Petrol (e.g., 2019 model) | 11.4 L/100km | Typical city and highway mixed driving |
| Diesel variants | 7.5–9.5 L/100km | Better efficiency and torque for heavy loads |
| Turbo-diesel models | 8.0–10.0 L/100km | Improved performance with moderate increase in fuel usage |
Modern diesel versions often feature advanced common-rail injection systems and turbocharging, which significantly improve fuel economy while maintaining strong pulling power. For optimal efficiency, regular maintenance and proper tire inflation are recommended.
No, the standard Toyota Hiace van does not come equipped with four-wheel drive (4x4). It is primarily offered with either rear-wheel drive (RWD) or front-wheel drive (FWD), depending on the model and market specifications.
Here’s a breakdown of typical drivetrain options:
- Rear-Wheel Drive (RWD): Most commonly found in cargo van and commercial variants, offering better traction when carrying heavy loads in the rear.
- Front-Wheel Drive (FWD): Often seen in passenger-oriented models, providing better maneuverability and space optimization inside the cabin.
While factory 4x4 versions are rare, some aftermarket conversion specialists offer 4x4 upgrades for those requiring enhanced off-road capability. These modifications are typically done by enthusiasts looking to use the Hiace for camping, overlanding, or rural operations where unpaved roads are common.
The Toyota Hiace van is not specifically designed for serious off-road use. It lacks features such as high ground clearance, locking differentials, and reinforced suspension components that are essential for challenging terrain.
However, it can handle mild off-road conditions such as:
- Dirt roads
- Gravel tracks
- Moderately uneven surfaces
To enhance its capability for occasional off-road use, owners often opt for simple modifications like:
- Lift kits to increase ground clearance
- All-terrain tires for better grip
- Skid plates to protect undercarriage components
- Upgraded suspension systems for improved handling on rough roads
For more adventurous off-road journeys or extreme environments, purpose-built vehicles like the Toyota Land Cruiser or Hilux would be more appropriate. That said, many travelers and adventurers have successfully used modified Hiace vans for remote travel by carefully planning their routes and upgrading key components.