Types of 1998 Toyota Corolla AE110
The 1998 Toyota Corolla is part of the ninth generation (E110) introduced in 1995 and produced until 2002. Known for exceptional reliability and fuel efficiency, this compact car was marketed globally under various names including Toyota Auris, Toyota Axio, and Toyota Runx.
Historical Note: The AE110 code specifically refers to the chassis code for Asian and European markets of the 1998 Toyota Corolla models equipped with the 4A series engines. In different regions, this same generation might have different chassis codes despite similar appearances.
1998 Toyota Corolla CE
The value-oriented entry model featuring:
- 1.8L four-cylinder engine (120 hp)
- Basic interior amenities
- Excellent fuel economy
- 5-speed manual transmission standard
Best for: Budget-conscious buyers seeking reliability
1998 Toyota Corolla LE
The premium trim offering enhanced comfort with:
- 1.8L four-cylinder engine (120 hp)
- Power windows and door locks
- Air conditioning
- Remote trunk release
- Premium cloth upholstery
Best for: Drivers wanting extra comfort features
1998 Toyota Corolla S
The sporty variant featuring:
- Sport-tuned suspension
- Unique body styling
- Sport seats
- Distinctive wheel designs
- Rear spoiler
Best for: Enthusiasts seeking sportier handling
AE110 Specific Variants
The AE110 chassis code models were particularly popular in Asian and European markets, offering several specialized variants:
AE110 Variant | Key Features | Market Availability | Engine Options |
---|---|---|---|
Standard AE110 | Base configuration with essential features | All markets | 1.6L 4A-FE (105hp) |
AE110 SE | Sport Edition with enhanced styling | Select European/Asian markets | 1.6L 4A-FE (105hp) |
AE110 LE | Luxury Edition with premium features | Asian markets primarily | 1.6L 4A-FE (105hp) |
AE110 Sprinter | JDM variant with unique styling | Japan only | 1.6L 4A-FE (105hp)/1.6L 4A-GE (165hp) |
Available in multiple body styles including 2-door/4-door sedans and 2-door/4-door station wagons, the 1998 Toyota Corolla AE110 earned a stellar reputation for reliability, fuel efficiency, and comfortable ride quality. The front-engine, front-wheel-drive layout provided excellent space utilization and predictable handling characteristics.
Specifications & Technical Details
Specification | Details |
---|---|
Engine | 1.6L inline-four (4A-FE), 105hp @ 6,000rpm, 101 lb-ft torque @ 4,800rpm |
Transmission | 5-speed manual or 4-speed automatic (EE100) |
Dimensions | Length: 4,360mm (171.7in), Width: 1,690mm (66.5in), Height: 1,460mm (57.5in) |
Wheelbase | 2,460mm (96.5in) |
Turning Radius | 5.1m (16.7ft) |
Weight | Approximately 1,030kg (2,271lbs) |
Performance | 0-100km/h: 10.5 seconds, Top speed: 180km/h (112mph) |
Fuel Efficiency | Approximately 6.5L/100km (43.5mpg) combined |
Fuel Tank | 50L (13.2 gallons) |
Brakes | Front disc, rear drum |
Suspension | Front: MacPherson strut, Rear: Trailing arm with coil springs |
Performance Characteristics
Important Note: The 1998 Toyota Corolla AE110 engines may require premium fuel in some markets. Always check your owner's manual for the recommended fuel type to prevent engine knocking and maintain optimal performance.
Maintenance Guide
Proper maintenance is crucial for preserving your 1998 Toyota Corolla AE110's reliability and performance. Following this comprehensive maintenance schedule will help ensure your vehicle remains in excellent condition for years to come.
Every 5,000 km (3,100 miles) or 6 months
- Engine Oil: Replace with high-quality 10W-30 or 5W-30 oil
- Oil Filter: Replace simultaneously with every oil change
- Fluid Levels: Check and top up brake fluid, power steering fluid, and windshield washer fluid
- Battery: Check terminals for corrosion and clean if necessary
Every 10,000 km (6,200 miles)
- Tire Rotation: Rotate tires to ensure even wear
- Brake Inspection: Check pads, discs, and fluid condition
- Air Filter: Inspect and clean if necessary
- Drive Belts: Check tension and condition
Every 20,000 km (12,400 miles) or Annually
- Air Filter: Replace regardless of condition
- Cabin Filter: Replace if equipped
- Cooling System: Check hoses and connections
- Transmission Fluid: Check level and condition
- Suspension Components: Inspect for wear or damage
Every 40,000 km (24,800 miles) or 4 Years
- Coolant: Flush and replace with Toyota genuine coolant
- Spark Plugs: Replace standard plugs (platinum plugs last longer)
- Fuel Filter: Replace to ensure clean fuel delivery
- Transmission Fluid: Replace in manual transmission
- Timing Belt: Inspect condition (replace at 100,000 km)
Maintenance Pro Tip: The 4A-FE engine in the 1998 Toyota Corolla AE110 is sensitive to oil quality. Using synthetic oil can extend service intervals and provide better protection, especially in extreme temperatures. Consider upgrading to synthetic oil if you haven't already.
Preventative Maintenance Checklist
Component | Maintenance Action | Frequency | DIY Difficulty |
---|---|---|---|
Engine Oil & Filter | Replace | Every 5,000 km | Easy |
Tires | Rotate, check pressure and wear | Every 10,000 km | Easy |
Brake System | Inspect pads, discs, and fluid | Every 10,000 km | Moderate |
Air Filter | Replace | Every 20,000 km | Easy |
Coolant | Flush and replace | Every 40,000 km | Moderate |
Spark Plugs | Replace | Every 40,000 km | Moderate |
Fuel Filter | Replace | Every 40,000 km | Moderate |
Timing Belt | Replace | Every 100,000 km | Difficult |
How to Choose a 1998 Toyota Corolla AE110
Whether you're looking to purchase this classic vehicle or selecting accessories for it, here's a comprehensive guide to making informed decisions.
Buying a Used 1998 Toyota Corolla AE110
Inspection Checklist
- Check for rust, especially around wheel wells and underbody
- Verify service history and maintenance records
- Test all electrical systems and accessories
- Examine for oil leaks around engine and transmission
- Inspect timing belt condition (if accessible)
Value Indicators
- Lower mileage examples command premium prices
- Factory-original condition is highly desirable
- Documented maintenance history adds significant value
- Rare trim levels (SE, Sprinter variants) may be collectible
- Original paint and no accident history are key value factors
Red Flags
- Excessive blue exhaust smoke (worn valve seals/rings)
- Grinding noise during gear shifts
- Uneven tire wear (potential suspension issues)
- Engine hesitation or rough idling
- Extensive rust or previous poor-quality body repairs
Selecting Accessories and Parts
When choosing accessories or replacement parts for your 1998 Toyota Corolla AE110, consider these important factors:
Factor | Considerations | Recommendation |
---|---|---|
Quality & Compatibility | OEM vs. aftermarket options, exact fit for AE110 model | Prioritize OEM parts for critical components; quality aftermarket brands acceptable for non-critical items |
Reliability | Parts reputation, warranty coverage, manufacturer history | Research brands, read reviews, choose established suppliers with positive track records |
Value Proposition | Price vs. quality, longevity, performance benefits | Balance cost with expected lifespan; cheaper isn't always better, especially for crucial components |
Availability | Current and future parts supply, ease of replacement | Consider parts that remain widely available to avoid future supply issues |
Installation Complexity | DIY feasibility, special tools required, technical knowledge | Match your skill level with part complexity; some upgrades may require professional installation |
Caution: Be wary of counterfeit parts in the market, especially for popular models like the Corolla. Purchase from authorized dealers or reputable suppliers to ensure you're getting genuine components that won't compromise your vehicle's safety or performance.
DIY Repair and Replacement Guide
The 1998 Toyota Corolla AE110 is an excellent vehicle for DIY enthusiasts due to its straightforward design and widely available parts. Here are detailed guides for common repair procedures.
Wheel Bearing Replacement
Tools Required
- Jack and jack stands
- Lug wrench
- Socket set and wrenches
- Bearing puller
- Rubber mallet
- Torque wrench
- Bearing grease
Step-by-Step Procedure
- Loosen wheel lug nuts while car is on ground
- Jack up vehicle and secure with jack stands
- Remove wheel completely
- Remove brake caliper and rotor
- Remove cotter pin and castle nut from hub
- Use bearing puller to remove hub assembly
- Press out old bearing and press in new one
- Reinstall components in reverse order
- Torque all fasteners to specification
DIY Tip: When pressing in the new wheel bearing, ensure you apply pressure only to the outer race of the bearing, never the inner race or roller elements. Using the wrong technique can damage the new bearing before it's even installed.
Brake Pad Replacement
Tools Required
- Jack and jack stands
- Lug wrench
- C-clamp or brake caliper tool
- Socket set and wrenches
- Brake cleaner spray
- Anti-squeal paste
- Wire brush
Step-by-Step Procedure
- Loosen wheel lug nuts while car is on ground
- Jack up vehicle and secure with jack stands
- Remove wheel completely
- Locate the brake caliper and its mounting bolts
- Remove caliper bolts and lift caliper away from rotor
- Remove old brake pads and any retaining clips
- Use C-clamp to compress caliper piston
- Install new pads with anti-squeal paste on backs
- Reinstall caliper and mounting bolts
- Replace wheel and lower vehicle
- Pump brake pedal several times before driving
Safety Warning: Always use proper jack stands when working underneath any vehicle. Never rely solely on a hydraulic jack to support the vehicle's weight during repairs. Additionally, be careful not to get brake fluid on painted surfaces as it can damage the finish.
Common Repair Parts Specifications
Component | Specification | Recommended Brands |
---|---|---|
Oil Filter | Toyota 90915-YZZD1 or equivalent | Toyota OEM, Denso, Bosch |
Air Filter | Toyota 17801-15070 or equivalent | Toyota OEM, K&N, Mann |
Spark Plugs | NGK BKR5E-11 or equivalent (gap: 0.043") | NGK, Denso |
Front Brake Pads | Toyota 04465-02220 or equivalent | Toyota OEM, Akebono, Bosch |
Timing Belt | Toyota 13568-19065 or equivalent | Toyota OEM, Gates, Continental |
Wheel Bearing | Toyota 90369-38011 or equivalent | Toyota OEM, Timken, SKF |
Frequently Asked Questions
Yes, the 1998 Toyota Corolla AE110 can be effectively modified for enhanced performance. Popular modifications include:
- Intake system upgrades: Cold air intakes can provide modest power gains and improved throttle response
- Exhaust system modifications: Header-back exhaust systems can reduce backpressure and increase power
- ECU tuning: Programmable ECUs allow for optimized fuel and timing maps
- Suspension upgrades: Performance coilovers or lowering springs with matched dampers improve handling
- Brake system enhancements: Larger rotors and performance pads increase stopping power
For more significant gains, some enthusiasts perform engine swaps, with the 4A-GE (from the Sprinter/Levin models) or even 3S-GE/3S-GTE engines being popular choices. However, such modifications require substantial mechanical knowledge and may affect reliability if not properly executed.
The 1998 Toyota Corolla AE110 is exceptionally well-suited for long-distance travel due to several key characteristics:
- Excellent fuel efficiency: Averaging 43.5 mpg (6.5L/100km), reducing the need for frequent refueling
- Reliable engineering: Toyota's renowned reliability means fewer breakdowns on long journeys
- Comfortable seating: Well-designed ergonomics reduce driver fatigue on extended trips
- Smooth ride quality: The suspension balances comfort and handling effectively
- Adequate trunk space: 12.1 cubic feet of cargo capacity for luggage
For optimal long-distance performance, ensure all maintenance is up-to-date, particularly cooling system components, timing belt, and tires. Many AE110 owners report traveling 300,000+ miles with proper maintenance.
The 1998 Toyota Corolla AE110 with the standard 1.6L 4A-FE engine has a factory-rated top speed of approximately 180-190 km/h (112-118 mph). This varies slightly based on:
- Transmission type (manual transmissions typically achieve slightly higher top speeds)
- Vehicle condition and maintenance status
- Aerodynamic factors including aftermarket modifications
- Environmental conditions (altitude, temperature, etc.)
It's worth noting that while the vehicle is technically capable of these speeds, operating any vehicle at its maximum speed for extended periods is not recommended and may cause accelerated wear. Always adhere to local speed limits and driving regulations.
Yes, the 1998 Toyota Corolla AE110 can be converted to run on various alternative fuels with the appropriate modifications:
- Ethanol (E85): Requires fuel system upgrades including injectors, fuel pump, and ECU tuning
- Compressed Natural Gas (CNG): Requires specialized tanks, fuel delivery system, and engine modifications
- Liquefied Petroleum Gas (LPG): One of the more common and simpler conversions with dedicated kits available
- Biodiesel: Can run on biodiesel blends with minimal or no modifications, though fuel filters may need more frequent replacement
These conversions should be performed by qualified specialists and may be subject to local regulations and certification requirements. The cost-effectiveness varies by region depending on fuel prices and conversion costs.
While the 1998 Toyota Corolla AE110 is generally very reliable, there are several known issues to be aware of:
Issue | Symptoms | Typical Fix |
---|---|---|
Oil leaks from valve cover | Oil spots under vehicle, burning smell from engine | Replace valve cover gasket |
Timing belt failure | Engine won't start, ticking noises before failure | Preventative replacement every 60-90k miles |
Power window regulator failure | Windows move slowly or get stuck | Replace window regulator assembly |
Suspension wear | Knocking sounds over bumps, uneven tire wear | Replace control arm bushings, ball joints, or struts |
Distributor failure | Hard starting, stalling, misfiring | Replace distributor or internal components |
Rust in rear wheel arches | Visible corrosion, paint bubbling | Professional body repair and rust prevention |
Regular inspections and preventative maintenance can help identify these issues before they become serious problems. Most of these repairs are relatively inexpensive compared to other vehicles of the same era.