Ford Refrigerant Capacity Charts(for All Models)

Refrigerant capacity varies by model, year, engine size and body style.

This guide provides a comprehensive Ford refrigerant capacity chart in table format, covering passenger cars, SUVs, trucks, and vans.

Ford Refrigerant Capacity Charts

Ford ModelYear RangeRefrigerant TypeCapacity (grams)Notes
Ford Fiesta1999–2002R134a725–755Front A/C
Ford Fiesta2003–2007R134a500–600Engine dependent
Ford Fiesta VI2008–2013R134a390–475Small system
Ford Fiesta VII2013–2017R134a650–675Larger condenser
Ford Fiesta VIII2017–2023R1234yf500–650New refrigerant
Ford Focus I1999–2004R134a700–750
Ford Focus II2005–2010R134a525–600
Ford Focus III2011–2015R134a460–530
Ford Focus IV2016–2023R1234yf530–625
Ford Mondeo III2001–2007R134a700–900
Ford Mondeo IV2007–2014R134a600–650
Ford Mondeo V2015–2022R1234yf560–580
Ford Fusion (US)2006–2012R134a620–700
Ford Fusion2013–2020R1234yf550–600
Ford C-Max2010–2018R134a460–530
Ford B-Max2012–2017R134a550–650
Ford EcoSport2013–2022R134a600–650
Ford Kuga I2008–2012R134a600–650
Ford Kuga II2013–2019R1234yf480–600
Ford Escape2008–2012R134a650–700
Ford Escape2013–2023R1234yf550–600
Ford Edge2007–2014R134a700–750
Ford Edge2015–2023R1234yf600–650
Ford Explorer2006–2010R134a750–850
Ford Explorer2011–2019R134a700–900Rear A/C option
Ford Explorer2020–2023R1234yf650–750
Ford Ranger1998–2006R134a700–800
Ford Ranger2011–2023R134a600–650
Ford Maverick2022–2024R1234yf500–550
Ford Mustang2005–2014R134a550–600
Ford Mustang2015–2023R1234yf550–620
Ford F-1502004–2014R134a750–850
Ford F-1502015–2023R1234yf650–750
Ford Transit Connect2010–2013R134a525–600
Ford Transit Connect2014–2023R134a650–800
Ford Transit2006–2014R134a900–1200Cargo van
Ford Transit2015–2023R134a950–1430Rear A/C
Ford Galaxy1995–2000R134a950–1400
Ford Galaxy2001–2015R134a800–900
Ford S-Max2006–2014R134a650–700
Ford S-Max2015–2022R1234yf550–600

Related Ford Engine Sizes Chart(For All Engine Types)

Ford Refrigerant Types

R134a

R134a was the standard refrigerant used in Ford vehicles for many years. It is still found in many older models and some commercial vehicles. Systems designed for R134a must never be charged with R1234yf.

R1234yf

R1234yf is a newer, low global-warming-potential refrigerant now used in most modern Ford vehicles. It requires specialized service equipment and compatible compressor oil.

Related Engine Ford Vin Decoder(For All Models)

Why Refrigerant Capacity Matters

Charging the A/C system with the correct amount of refrigerant is critical because:

  • Too little refrigerant causes weak cooling and compressor overheating
  • Too much refrigerant increases system pressure and can damage seals
  • An incorrect charge weight reduces fuel efficiency
  • Improper charging shortens compressor lifespan

Ford engineers design each A/C system to operate at a specific refrigerant weight, not a pressure reading alone.

What Causes Capacity Differences

Refrigerant capacity can vary even within the same model due to:

  • Engine size and layout
  • Condenser size
  • Presence of rear air conditioning
  • Climate package or heavy-duty cooling
  • Model year updates

This is why capacities are often shown as a range rather than a single number.

Related Ford Engine Oil Capacity Chart(For ALL Models)

How to Confirm the Exact Capacity for Your Ford

Before servicing the A/C system, always verify:

  1. The under-hood A/C label
  2. The owner’s manual
  3. Factory service data
  4. Dealer or professional service equipment

The chart above should be used as a general reference, not a replacement for vehicle-specific labeling.

Best Practices When Recharging Ford A/C Systems

  • Always recover old refrigerant before recharging
  • Never mix refrigerant types
  • Use the correct PAG oil specified for the refrigerant
  • Check for leaks before adding refrigerant
  • Measure refrigerant by weight, not pressure alone

Related Ford Engine Swap Chart(For All Engines Types)

FAQs

How much refrigerant does a Ford F150 need?

The amount of refrigerant depends on the model year and engine. Generally, Ford F‑150 trucks require between 650 and 850 grams (23–30 ounces) of refrigerant. Always refer to the under-hood A/C label for the exact specification.

How much R-134a refrigerant do I need?

For Ford vehicles equipped with R‑134a, the required amount varies by model, engine, and whether the system has rear A/C. Typical capacities range from 500 to 850 grams (17.6–30 ounces). Charging by weight is essential for optimal cooling and system safety.

How much R-134a does a 2003 Ford F150 hold?

The 2003 Ford F‑150, depending on engine size and system configuration, generally holds approximately 750–800 grams (26–28 ounces) of R‑134a refrigerant. Confirm the exact amount on the under-hood label before servicing.

How much freon does a 2007 Ford F150 5.4 L take?

A 2007 Ford F‑150 with the 5.4 L engine typically requires around 750–800 grams (26–28 ounces) of R‑134a refrigerant for proper A/C operation. System pressure readings should not be used as a substitute for charging by weight.

Can you recharge R-1234YF yourself?

R‑1234yf systems can technically be recharged by DIYers, but they require specialized equipment and safety precautions due to the refrigerant’s flammability. Professional service is strongly recommended to prevent accidents and ensure the system is correctly charged.

How much freon does a 2006 Ford F150 take?

A 2006 Ford F‑150 generally requires approximately 750–850 grams (26–30 ounces) of R‑134a refrigerant, depending on the engine size and whether rear A/C is installed. Always use the vehicle-specific A/C label for accuracy.

How much to recharge AC in Ford F150?

Recharging the A/C system in a Ford F‑150 requires measuring refrigerant by weight, typically 650–850 grams (23–30 ounces). Use the manufacturer-specified refrigerant type (R‑134a for older models, R‑1234yf for newer models) and never overfill the system.

Final words

Ford refrigerant capacity charts are a crucial reference for proper air conditioning (A/C) servicing. While this guide covers a wide range of Ford cars, trucks, SUVs, and vans, always confirm the exact specification for your vehicle before recharging. Using the correct refrigerant type and capacity ensures reliable cooling, protects the compressor, and extends the life of the air conditioning system.

Ryan Gary
Ryan Gary

With a solid foundation of 20 years in the mechanical industry and a Mechanical Engineering degree, Ryan Gary brings a deep understanding of automotive systems to Engine Oil Journal.
Driven by a passion for vehicles and a commitment to providing accurate information, he created this platform to empower drivers to make informed decisions about engine oil care.