A Frigidaire refrigerator ice maker not working can quickly become frustrating, especially when the refrigerator is cooling normally but no ice is being produced. In many cases, however, the problem is caused by something relatively simple, such as the ice maker being turned off, a clogged water filter, insufficient water flow, an incorrect freezer temperature, or a frozen fill tube. Frigidaire’s own troubleshooting guidance recommends checking these basic conditions before assuming that the ice maker assembly has failed.

The exact solution depends on the refrigerator model, but the troubleshooting process is broadly similar across French-door, side-by-side, and top-freezer Frigidaire refrigerators. This guide explains the most common causes and the practical steps you can take to determine why your Frigidaire ice maker has stopped producing ice.

Check Whether the Frigidaire Ice Maker Is Turned On

The first thing to check when a Frigidaire ice maker is not making ice is whether the ice-making function is actually enabled. A refrigerator can continue cooling normally while the ice maker remains switched off through its control panel or physical controls.

Check the refrigerator’s display and make sure the Ice Maker On/Off setting is enabled. On models with a wire signal arm or paddle, make sure the arm can move freely and has not been pushed into an off position. Frigidaire specifically recommends confirming that the ice maker is turned on before moving on to more complicated troubleshooting.

If the refrigerator was recently installed, give it time to reach its operating temperature. Frigidaire says a newly installed refrigerator may need approximately 24 hours before normal ice production begins. The water system should also be properly primed because air in the plumbing can result in several empty ice-making cycles.

Check the Freezer Temperature

An incorrect freezer temperature is one of the most important things to investigate. The ice maker needs sufficiently cold conditions to freeze the water and complete its normal harvesting cycle.

Frigidaire’s appliance-parts troubleshooting information states that an ice maker may not produce ice efficiently when the freezer temperature is above 10°F (-12°C) and recommends a freezer setting of approximately 0°F to 5°F (-18°C to -15°C) for proper ice-making performance.

If you recently changed the temperature setting, avoid expecting immediate results. The freezer needs time to stabilize. Frigidaire notes that temperature stabilization can take approximately 24 hours in situations such as a new installation or after a power interruption.

Also check whether the freezer door is closing completely. A door that remains slightly open can allow warm air into the freezer, increasing temperatures and potentially causing frost accumulation around the ice-making system.

Inspect the Water Supply and Water Filter

If the Frigidaire refrigerator has no ice but the freezer is cold, the next area to investigate is the water supply. The ice maker cannot operate without an adequate supply of water.

Start by checking whether the refrigerator’s water line is properly connected and whether the household water valve is open. Inspect the supply line behind the refrigerator for kinks or crushing. Frigidaire specifically notes that pushing a refrigerator too far against the wall can kink the water line and reduce water flow.

The water filter is another common cause. A clogged or incorrectly installed filter can restrict water flow to the ice maker. Frigidaire recommends replacing the refrigerator water filter approximately every six months, although actual replacement requirements can depend on usage and the particular model. If you have recently installed a replacement filter, make sure it is fully seated and that the water system has been properly primed and purged.

A useful clue is the water dispenser. If the dispenser is also producing weak water flow or no water, the issue may be related to the filter or water supply rather than the ice maker itself.

Look for a Frozen Fill Tube or Ice Jam

Another common reason for a Frigidaire ice maker not working is a frozen fill tube. The fill tube supplies water to the ice maker, and if ice blocks the tube, fresh water cannot enter the ice tray.

Frozen fill tubes can be associated with low water pressure, a faulty water inlet valve, or freezing conditions around the water inlet area. Frigidaire’s repair guidance identifies a frozen fill tube as one of the common causes of an ice maker that does not receive water.

If your refrigerator produces ice but will not dispense it, the problem may instead be a frozen or misaligned auger. Frigidaire recommends removing the ice bin, thawing and emptying frozen ice around the auger, drying the bin, and reinstalling it correctly.

Check Water Pressure and the Inlet Valve

When the refrigerator is cold enough, the ice maker is switched on, and the filter and water line appear normal, the water inlet valve becomes another important area to investigate.

The water inlet valve is electrically controlled and allows water to enter the refrigerator’s water and ice-making system. Frigidaire appliance troubleshooting information identifies the valve as a common cause of an ice maker that does not fill. It also notes that the valve requires sufficient water pressure to operate properly, with some model-specific guidance citing approximately 20 psi.

Low household water pressure can therefore create symptoms that look like an ice-maker failure. If the refrigerator’s water dispenser is also weak, investigate the home’s water supply before replacing expensive refrigerator components.

For electrical testing of an inlet valve or ice-maker assembly, use the refrigerator’s model-specific service information. If you are not comfortable testing electrical components, professional appliance service is safer than attempting live-voltage testing yourself.

Reset the Refrigerator After a Power Problem

A recent power outage, power surge, or electrical interruption can sometimes affect ice-maker operation. Frigidaire recommends a power reset as one possible troubleshooting step when ice production is interrupted.

Before performing any reset, follow the instructions in your owner’s manual. After restoring power, remember that the refrigerator may need time to return to its normal operating temperature. Ice production should not necessarily be expected immediately after the refrigerator has been restarted.

If the ice maker begins working again after a reset but repeatedly stops, the underlying issue may involve a control component, wiring, temperature problem, or water-supply component and may require further diagnosis.

When the Ice Maker Needs Professional Repair

If you have confirmed that the ice maker is turned on, the freezer is sufficiently cold, the water supply is available, the filter is installed correctly, and there are no obvious blockages, the problem may involve an internal component.

Potential causes can include the ice maker assembly, water inlet valve, door switch, wire harness, control board, or related electrical components. Frigidaire appliance repair information lists these among possible causes depending on the specific refrigerator model.

At this point, the refrigerator’s exact model number becomes extremely important because Frigidaire uses different ice-making systems across its product ranges. Replacement parts should be matched to the model rather than purchased solely because they appear visually similar.

Conclusion

When a Frigidaire refrigerator ice maker is not working, start with the simplest possibilities: make sure the ice maker is on, verify the freezer temperature, inspect the water supply, check the filter, and look for frozen ice or a blocked fill tube. Frigidaire indicates that a refrigerator may need up to 24 hours to stabilize after installation or certain interruptions, while water-filter and water-supply problems can also significantly reduce ice production.

If these checks do not restore ice production, the issue may involve the water inlet valve, ice maker assembly, wiring, door switch, or control electronics. At that stage, using the model-specific manual or arranging professional service can prevent unnecessary part replacement. A systematic diagnosis is usually the best approach because the symptom “no ice” does not automatically mean that the ice maker itself has failed.

The 2025 Mazda CX-90 PHEV brings plug-in-hybrid technology to Mazda’s three-row SUV lineup, combining a gasoline engine, electric motor, and rechargeable battery into one powertrain. It is designed for drivers who want the flexibility of an SUV with all-electric driving for shorter trips while retaining a gasoline engine for longer journeys. For 2025, Mazda expanded the CX-90 lineup with the PHEV Premium Sport trim while continuing the PHEV Preferred and PHEV Premium Plus models.

The CX-90 PHEV is particularly interesting because it does not sacrifice conventional SUV capability for electrification. It offers all-wheel drive, three-row seating, up to 3,500 pounds of towing capacity, and 323 horsepower when using the recommended premium fuel. At the same time, its 17.8-kWh battery provides an EPA-estimated 26 miles of electric range.

2025 Mazda CX-90 PHEV Powertrain and Performance

At the heart of the 2025 Mazda CX-90 PHEV is Mazda’s e-Skyactiv PHEV system. The setup combines a naturally aspirated 2.5-liter four-cylinder gasoline engine, a 68-kW electric motor, and a 17.8-kWh high-capacity battery. Together, the system produces up to 323 horsepower and 369 lb-ft of torque with the recommended 91-octane premium fuel.

The plug-in-hybrid system is designed to use electric power whenever conditions allow, while the gasoline engine can take over when the battery charge becomes low or additional power is needed. Mazda’s owner documentation explains that the e-Skyactiv PHEV combines EV driving with engine-and-motor operation to balance efficiency and performance.

The powertrain is paired with an 8-speed automatic transmission and standard all-wheel drive. Mazda also uses its Mi-Drive system to provide different driving modes. Depending on equipment and conditions, drivers can select modes such as EV, Normal, Sport, and Off-Road, while towing-related functionality is available on applicable configurations.

Independent testing gives a useful perspective on performance. Edmunds recorded a 0-to-60-mph time of 6.6 seconds in its testing of the CX-90 PHEV, while also noting that electric-only acceleration is considerably slower than the vehicle’s hybrid performance.

2025 Mazda CX-90 PHEV Electric Range and Charging

One of the biggest reasons to consider the 2025 Mazda CX-90 PHEV is its ability to complete short trips using electricity alone. The EPA-rated electric range is 26 miles, and Edmunds lists a combined rating of 56 MPGe and 25 mpg when operating after the battery’s usable electric charge has been depleted.

That 26-mile figure is best understood as a daily-driving range rather than the range of a dedicated battery-electric vehicle. A driver with a short commute, school run, shopping trip, or local errands may be able to complete much of that routine without using gasoline, provided the vehicle is charged regularly.

Charging can be performed at home. Mazda says the CX-90 PHEV includes a portable Level 1 charging cable, while Level 2 charging can substantially reduce charging time. Edmunds lists approximately 2.1 hours at 240 volts in its specifications.

This makes home charging particularly important to the PHEV experience. Unlike a conventional hybrid, the CX-90 PHEV delivers its greatest efficiency advantage when owners actually plug it in and use the available electric energy regularly.

2025 CX-90 PHEV Interior, Seating, and Cargo Space

The CX-90 PHEV is built as a three-row midsize SUV and can accommodate up to eight passengers, depending on configuration. Certain trims can instead use second-row captain’s chairs, resulting in seven-passenger seating.

Inside, Mazda emphasizes an upscale environment with available premium materials, comfortable seating, and a clean dashboard layout. The 2025 model includes a 12.3-inch infotainment display, wireless Apple CarPlay and Android Auto, wireless smartphone charging, three-zone climate control, and a range of convenience features depending on trim.

The cabin’s strongest advantage is its combination of premium design and family-oriented functionality. However, shoppers should pay particular attention to the third row and cargo area. Edmunds lists 14.9 cubic feet of cargo capacity with all seats in place and up to 74.2 cubic feet with the rear seating folded.

The third row is more suitable for children and occasional adult use than for carrying large adults on extended journeys. This is an important consideration for families comparing the CX-90 with other three-row SUVs.

2025 Mazda CX-90 PHEV Trim Levels and Pricing

For the 2025 model year, the CX-90 PHEV lineup includes PHEV Preferred, PHEV Premium Sport, and PHEV Premium Plus. Mazda added the Premium Sport configuration for 2025, giving buyers another equipment and design option between the existing trims.

Edmunds lists the 2025 PHEV range at approximately $49,945 to $57,950, depending on trim and pricing configuration. Its specifications list the PHEV Preferred at a $49,945 starting MSRP and the PHEV Premium Plus at $57,950. Actual transaction prices can differ according to destination charges, dealer pricing, incentives, options, taxes, and location.

The PHEV Preferred provides the fundamental plug-in-hybrid package along with standard technology and safety equipment. Moving into higher trims brings additional premium materials, comfort features, technology, and design upgrades.

Because pricing and incentives can change, buyers should verify the exact window sticker and available incentives for a particular vehicle before making a purchase.

2025 Mazda CX-90 PHEV Safety and Technology

Safety technology is another significant part of the CX-90 PHEV package. Available and standard systems vary by trim, but the vehicle offers features such as adaptive cruise control, lane-keeping assistance, blind-spot monitoring, rear cross-traffic alert, and automatic emergency-braking-related technology.

The SUV also incorporates Mazda’s i-Activsense suite of driver-assistance technologies. Higher trim configurations can add additional camera and parking-related systems.

Technology extends beyond safety. The CX-90 PHEV can provide wireless smartphone connectivity, a large infotainment screen, navigation-related functionality, USB connectivity, wireless charging, and other convenience equipment. The overall approach is to make the vehicle function as both a family transportation tool and a premium-feeling daily driver.

2025 Mazda CX-90 PHEV Towing, Fuel Economy, and Everyday Use

Despite its electrified powertrain, the CX-90 PHEV remains a practical SUV. Mazda rates applicable CX-90 PHEV configurations for up to 3,500 pounds of towing capacity when equipped with Mazda Genuine Towing Accessories.

EPA-related specifications cited by Edmunds show 24 mpg city, 27 mpg highway, and 25 mpg combined when the vehicle operates in its gasoline/hybrid state, along with 26 miles of electric range.

This distinction matters. The PHEV’s fuel-saving potential depends heavily on how frequently it is charged. If the battery is routinely charged and most daily driving stays within the electric range, gasoline consumption can be reduced substantially. If the battery is rarely charged, the benefit of selecting a plug-in hybrid becomes less significant.

Long-term testing of the closely related 2024 CX-90 PHEV also found that the vehicle itself offered attractive handling and interior quality while raising concerns about the hybrid system’s refinement and efficiency once electric energy was exhausted.

Is the 2025 Mazda CX-90 PHEV Right for Your Needs?

The 2025 Mazda CX-90 PHEV occupies a distinctive position among three-row SUVs. Its combination of 323 horsepower, standard all-wheel drive, plug-in capability, three-row seating, and premium-oriented interior gives it a broad range of uses.

It makes the most sense for drivers who have dependable access to charging and regularly make shorter trips. Those drivers can take advantage of the vehicle’s 26-mile electric range while keeping the gasoline engine available for road trips and longer journeys.

On the other hand, shoppers who rarely charge at home may not experience the full advantage of the PHEV system. The vehicle’s gasoline-only efficiency is listed at 25 mpg combined, which Edmunds notes is similar to the standard CX-90’s combined rating.

Ultimately, the 2025 CX-90 PHEV combines Mazda’s emphasis on driving dynamics with the flexibility of plug-in-hybrid technology. Its electric capability, powerful hybrid system, premium cabin, all-wheel drive, and towing ability make it a notable choice for buyers seeking a family SUV that can handle both everyday commuting and longer trips.

Frequently Asked Questions About the 2025 Mazda CX-90 PHEV

How far can the 2025 Mazda CX-90 PHEV drive on electricity?
The 2025 CX-90 PHEV has an EPA-estimated 26 miles of all-electric range.

How much horsepower does the CX-90 PHEV have?
The plug-in-hybrid powertrain produces up to 323 horsepower and 369 lb-ft of torque when using the recommended premium fuel.

How many people can the CX-90 PHEV seat?
Depending on the configuration, the CX-90 PHEV can seat up to eight people, while configurations with second-row captain’s chairs seat seven.

How much can the 2025 CX-90 PHEV tow?
Applicable CX-90 PHEV configurations can tow up to 3,500 pounds when equipped with Mazda Genuine Towing Accessories.

How long does the CX-90 PHEV take to charge?
Edmunds lists approximately 2.1 hours using a 240-volt connection under its specifications. Mazda also supports Level 1 home charging and Level 2 charging.

What engine does the 2025 CX-90 PHEV use?
It combines a 2.5-liter naturally aspirated four-cylinder gasoline engine with an electric motor and a 17.8-kWh battery.

Does the CX-90 PHEV have all-wheel drive?
Yes. The PHEV is equipped with all-wheel drive.

What fuel does the 2025 CX-90 PHEV use?
Mazda recommends 91-octane premium unleaded fuel for maximum engine performance, although its owner’s manual states that lower-octane unleaded fuel can be used with some reduction in performance.

Conclusion

The 2025 Mazda CX-90 PHEV brings together the practicality of a three-row SUV and the flexibility of a plug-in-hybrid powertrain. With 323 horsepower, 369 lb-ft of torque, 26 miles of electric range, standard all-wheel drive, available seating for up to eight, and up to 3,500 pounds of towing capacity, it is engineered for drivers who want both electric capability and long-distance flexibility.

Its biggest consideration is how it will be used. Regular charging allows owners to take greater advantage of the electric drivetrain, while frequent long-distance driving without charging reduces the practical benefit of the plug-in system. With its upscale cabin, substantial technology package, and distinctive combination of performance and electrification, the 2025 Mazda CX-90 PHEV remains a noteworthy three-row SUV for drivers evaluating plug-in-hybrid transportation in 2026.

The 2008 Mitsubishi Eclipse remains an interesting choice for drivers who appreciate the styling and character of early-2000s Japanese sports cars. More than a decade after it left new-car showrooms, the Eclipse continues to attract attention because of its dramatic exterior, available V6 power, two-door coupe layout, and Spyder convertible option. In 2026, the 2008 Eclipse is no longer simply an old used car; for many enthusiasts, it represents a distinctive period in Mitsubishi’s sports-car history.

The 2008 model year was particularly important because Mitsubishi offered the Eclipse in GS and GT trims, along with limited-production Special Edition (SE) models. The GS used a 2.4-liter four-cylinder engine, while the GT received a considerably more powerful 3.8-liter V6. Mitsubishi also continued the Eclipse Spyder, giving buyers a convertible alternative.

What Makes the 2008 Mitsubishi Eclipse Special?

The fourth-generation Eclipse was designed to stand out. Instead of following a conservative sports-coupe formula, Mitsubishi gave the car rounded bodywork, an aggressive front end, a low roofline, large headlights, pronounced rear haunches, and an integrated spoiler. Its styling was one of the major reasons the Eclipse became recognizable among affordable performance cars.

For 2008, Mitsubishi continued offering the Eclipse as both a coupe and Spyder convertible. The company also introduced limited-production SE versions featuring distinctive aerodynamic and interior enhancements. The GT received standard 18-inch alloy wheels, while all 2008 models gained a tire-pressure monitoring system.

The basic dimensions also contribute to the car’s sporty appearance. The Eclipse measures about 179.7 inches long and 72.2 inches wide, with a wheelbase of 101.4 inches. Depending on configuration, curb weight ranges from roughly the low 3,200-pound area for a GS coupe to approximately 3,483 pounds for a GT manual coupe.

2008 Mitsubishi Eclipse Engine and Performance

The biggest difference between Eclipse versions is found under the hood. The GS uses a 2.4-liter four-cylinder engine producing 162 horsepower and 162 lb-ft of torque. Buyers could select a five-speed manual transmission or a four-speed automatic with Mitsubishi’s Sportronic manual-shift capability.

The GT is the performance-oriented choice. Its 3.8-liter MIVEC V6 produces 263 horsepower and 260 lb-ft of torque in the coupe. Mitsubishi paired it with a six-speed manual transmission or an optional five-speed automatic. The Spyder GT’s output was slightly different because of its exhaust configuration, producing about 260 horsepower and 258 lb-ft of torque.

The difference is substantial in everyday driving. The GS provides adequate performance for commuting and casual driving, but the V6 GT gives the Eclipse the stronger acceleration and more distinctive sports-car character. Contemporary reviews generally favored the GT when performance was a priority.

GS vs GT vs Special Edition

Understanding the 2008 Mitsubishi Eclipse trim levels is important when shopping for one in 2026. The GS was positioned as the more affordable version, combining the 2.4-liter four-cylinder with sporty styling and useful equipment. The GT added the V6, larger wheels, performance-oriented suspension tuning, and larger rear brakes.

The limited-production SE added another layer to the lineup. Mitsubishi offered the SE with either four-cylinder or V6 power, depending on configuration, while the SE V6 was notable for receiving Active Stability Control. This was significant because electronic stability control was not broadly available across the Eclipse range.

Original pricing also varied considerably. Contemporary listings show the 2008 Eclipse GS coupe starting around $19,999, while the manual GT started around $23,499. Spyder versions began higher, with the manual GS listed around $25,699 and the manual GT around $28,599.

2008 Eclipse Spyder Convertible

For buyers who want something more distinctive, the Eclipse Spyder is arguably the most recognizable version. The Spyder combines the Eclipse’s aggressive shape with a power-operated soft convertible top and four-seat configuration.

The convertible roof can be opened electronically, making the Spyder particularly appealing for relaxed summer driving. However, the rear seats are small, and cargo capacity is limited. Edmunds lists only 5.2 cubic feet of trunk space for the Spyder. With the top raised, rear visibility can also be restricted.

The Spyder was available with both the GS four-cylinder and GT V6. For drivers seeking the most engaging version, the Spyder GT with the V6 and manual transmission is an especially interesting combination. It provides the open-air experience while retaining the stronger engine.

Interior, Technology and Safety Features

Inside, the 2008 Eclipse has a distinctive cockpit with a curved dashboard, sport-oriented seats, and controls that reflect the technology standards of its era. Modern buyers should remember that a 2008 vehicle will naturally lack many features expected in a 2026 car, such as smartphone-focused infotainment, modern driver-assistance suites, and advanced connectivity.

One standout feature was the available Rockford Fosgate premium audio system. Mitsubishi offered a powerful 650-watt system with multiple speakers, a subwoofer, MP3 compatibility, and a six-disc CD changer. This was a major selling point when the Eclipse was new and remains an appealing piece of period-correct equipment today.

Safety equipment included ABS with electronic brake-force distribution, dual-stage front airbags, seat-mounted side airbags, side-curtain airbags, tire-pressure monitoring, and three-point safety belts. The GT also received additional performance-oriented braking equipment and traction control.

Is the 2008 Mitsubishi Eclipse Worth Buying in 2026?

Whether a 2008 Mitsubishi Eclipse is worth buying in 2026 depends heavily on condition, maintenance history, and the buyer’s expectations. It should not be judged like a modern sports coupe. Its technology is dated, its rear seats are cramped, and its front-wheel-drive layout means it has a different driving character from rear-wheel-drive performance cars.

However, the Eclipse has qualities that make it attractive as an affordable enthusiast vehicle. Distinctive styling, available V6 performance, manual transmissions, independent suspension, and the Spyder convertible body style give it personality that many ordinary used cars lack.

A used example should be inspected carefully. Buyers should check the engine, transmission, suspension, brakes, cooling system, electrical equipment, convertible roof on Spyder models, body condition, and signs of accident damage. Maintenance history is particularly important because the newest 2008 Eclipse is now approaching two decades old.

The original warranty was also relatively generous for its era: Mitsubishi listed a 5-year/60,000-mile basic warranty and 10-year/100,000-mile drivetrain warranty. Naturally, those original warranties have long expired, so today’s buyer should focus on the actual condition of the individual vehicle rather than its original warranty coverage.

Final Thoughts on the 2008 Mitsubishi Eclipse

The 2008 Mitsubishi Eclipse is a memorable sports coupe from an era when affordable performance cars were often defined as much by personality as outright speed. The GS offers a relatively straightforward 2.4-liter four-cylinder experience, while the GT’s 3.8-liter V6 and 263 horsepower make it the more exciting choice for performance-minded drivers.

The Spyder convertible adds another reason to consider the Eclipse, while the limited SE versions provide additional rarity and equipment. In 2026, finding a clean, well-maintained example is more important than simply finding the cheapest one available.

For enthusiasts who appreciate bold styling, a strong V6, manual-transmission availability, and the character of an older Japanese sports car, the 2008 Eclipse can still be an appealing choice. It may not offer the technology of a modern vehicle, but its distinctive design and enthusiast-friendly personality help explain why the Eclipse name continues to attract attention years after production ended.