Toyota refrigerant capacity chart: R134a and R1234yf

Disclaimer.

Model
Year of manufacture
Type of coolant
Refrigerant quantity (g)
Toyota Yaris Hybrid
2011 –
R134a
435
Toyota Corolla
1994 – 1997
R134a
650-750
Toyota Celica (T20)
1994 – 11.1999
R134a
600 – 700
Toyota Landcruiser (J20) Condenser with 22 mm depth with/without coolbox
2008 –
R134a
870
Toyota Landcruiser 4.5
1995 – 1998
R134a
750
Toyota Landcruiser (J20) Condenser with 16 mm depth with rear air conditioning, with cool box
2008 –
R134a
970
Toyota Prius
2004 – 2009
R134a
420 – 480
Toyota Prius 1.8HSD
2009 –
R134a
470
Toyota Hi-Lux
1997 – 2005
R134a
500 – 600
Toyota Corolla (E12U)
2002 – 2008
R134a
425 – 475
Toyota Avensis Verso with rear air conditioning
2001 – 2006
R134a
770 – 830
Toyota GT 86
03.2012 –
R134a
390
Toyota Landcruiser (J12) with rear air conditioning
07.2004 –
R134a
750
Toyota Landcruiser (J12) with rear air conditioning
2003 – 07.2004
R134a
770 – 830
Toyota Landcruiser (J12) with cool box
07.2004 –
R134a
700
Toyota Landcruiser (J12) with rear air conditioning and cool box
2003 – 07.2004
R134a
870 – 930
Toyota Landcruiser 3.4 with rear air conditioning
1996 – 2003
R134a
900 – 1000
Toyota Paseo
1996 – 1999
R134a
550-650
Toyota Previa
08.1993 – 2006
R134a
850 – 950
Toyota MR2 (W3)
2000 – 2006
R134a
470 – 530
Toyota Avensis (T27)
2009 –
R134a
440
Toyota Camry (V20)
1996 – 2001
R134a
750 – 850
Toyota Landcruiser (J15) with rear air conditioning and cool box
2009 –
R134a
800
Toyota RAV4 IV (A4) Hybrid
2013 –
R1234yf
500
Toyota Landcruiser 3,4
1996 – 2003
R134a
650 – 750
Toyota MR2 (W2)
11.1993 – 2000
R134a
800 – 900
Toyota Verso
2009 – 2012
R134a
440
Toyota RAV 4 III (ACA/ACE)
2006 – 2012
R134a
400 – 460
Toyota Supra
1993 – 1997
R134a
650 – 750
Toyota Starlet
1994 – 1996
R134a
650
Toyota Aygo (B4)
05.2014 –
R1234yf
350
Toyota C-HR
2016 –
R1234yf
400
Toyota Corolla (E21)
2018 –
R1234yf
475
Toyota Mirai
2015 –
R1234yf
475
Toyota Ipsum
1996 – 2001
R134a
750
Toyota RAV4 IV (A4)
2013 –
R134a
500
TOYOTA Auris 1.2VVTi, 1.3VVTi, 1.4D, 1.6D, 2.0D, 1.6 Valvematic
2012 –
R1234yf
410
TOYOTA Yaris (P13)
2015 – 2020
R1234yf
350
Toyota Yaris 1.0i/1.3i/1.4D
2006 –
R134a
370
Toyota Carina E
1992 – 1998
R134a
700 – 800
Toyota Corolla
1997 – 2000
R134a
600 – 700
Toyota GT 86
03.2012 –
R1234yf
350
Toyota Hi-Lux
1993 – 1996
R134a
700 – 800
Toyota Landcruiser 3.0 Turbo D with rear air conditioning
1993 – 1996
R134a
1550 – 1650
Toyota Picnic
1996 – 2000
R134a
700 – 800
Toyota Previa with rear air conditioning
08.2000 – 2006
R134a
850 – 910
Toyota Highlander
2014 –
R134a
820
Toyota Auris 1.8 Hybrid Synergy Drive
2012 –
R134a
470
Toyota Landcruiser (J15) with cool box
2009 –
R134a
600
Toyota Landcruiser (J20) Condenser with 16 mm depth with/without coolbox
2008 –
R134a
770
Toyota Landcruiser (J15) with rear air conditioning
2009 –
R134a
770
Toyota Prius + (ZVW4)
05.2011 –
R134a
470
Toyota Prius (NHW11)
1999 – 2004
R134a
450 – 550
Toyota Corolla (E18) 1.3 i + 1.4D
2013 – 2018
R134a
450
Toyota Corolla (E18) 1.3 i + 1.4D
2013 – 2018
R1234yf
420
Toyota Landcruiser (J20) Condenser with 22 mm depth with rear air conditioning with cool box
2008 –
R134a
1010
Toyota Aygo (B4)
05.2014 –
R134a
390
Toyota Corolla (E18) 1,6 i
2013 – 2018
R134a
450
Toyota Corolla (E18) 1,6 i
2013 – 2018
R1234yf
420
Toyota Landcruiser Amazon 4.2 Turbo D
1995 – 1998
R134a
800 – 900
Toyota RAV4
1994 – 2000
R134a
650 – 750
Toyota Urban Cruiser
2009 –
R134a
370
Toyota C-HR
2016 –
R134a
450
Toyota Camry (XV50/51)
2011 – 2017
R134a
500
Toyota Ipsum
1996 – 2001
R134a
750
Toyota Yaris 1.1i/1.3i/1.5i
2002 – 2006
R134a
380 – 440
Toyota Yaris (P13)
2011 –
R134a
360
Toyota Yaris 1.1i/1.3i/1.5i
1999 – 2002
R134a
400 – 460
Toyota Corolla (E21) Hybrid
2018 –
R1234yf
475
Toyota Camry (V30)
11.2001 – 2005
R134a
520 – 580
Toyota Celica (ZZT23)
1999 – 2006
R134a
400 – 460
Toyota Avensis Verso
2001 – 2006
R134a
470 – 530
Toyota Corolla 1.9D – produced in Japan
2000 – 2002
R134a
600 – 700
Toyota Landcruiser (J12)
07.2004 –
R134a
600
Toyota iQ
2008 –
R134a
370
Toyota Landcruiser (J12) with rear air conditioning and cool box
07.2004 –
R134a
850
Toyota Landcruiser (J15)
2009 –
R134a
550
Toyota Landcruiser Colorado/Prado
1997 – 1999
R134a
650 – 750
Toyota Landcruiser (J20) Condenser with 16 mm depth with rear air conditioning, without cool box
2008 –
R134a
920
Toyota Previa with rear air conditioning
08.1993 – 2006
R134a
1100 – 1200
Toyota Previa
08.2000 – 2006
R134a
670 – 730
Toyota RAV4 IV (A4) Hybrid
2013 –
R134a
550
Toyota 4 Runner Right Hand Drive
1993 – 1996
R134a
650 – 750
Toyota Auris Hybrid
2010 –
R134a
475
Toyota Auris
2007 – 2012
R134a
450
Toyota Avensis (T22)
1998 – 2003
R134a
410 – 470
Toyota Avensis (T25)
2003 – 2009
R134a
410 – 470
Toyota Camry
1994 – 1996
R134a
850
Toyota Verso S
2011 –
R134a
360
Toyota Yaris 1.4D
2002 – 2006
R134a
410 – 470
Toyota RAV4 (XA2)
06.2000 – 2006
R134a
480 – 540
Toyota Mirai
2015 –
R1234yf
475
Toyota Landcruiser Colorado/Prado with rear air conditioning
1997 – 1999
R134a
900 – 1000
Toyota Landcruiser (J12)
2003 – 07.2004
R134a
620 – 680
Toyota Prius + (ZVW4)
05.2011 –
R1234yf
470
TOYOTA Auris 1.2VVTi, 1.3VVTi, 1.4D, 1.6D, 2.0D, 1.6 Valvematic
2012 –
R134a
450
Toyota Corolla 1.9D – produced in Great Britain
2000 – 2002
R134a
450 – 490
Toyota Corolla
2008 –
R134a
440
Toyota Aygo
2005 – 2014
R134a
500
Toyota Hi-Lux
08.2005 –
R134a
450
Toyota Landcruiser (J12) with cool box
2003 – 07.2004
R134a
720 – 780
Toyota Landcruiser 3.0 Turbo D
1993 – 1996
R134a
850 – 900
Toyota Landcruiser Amazon 4.7/4.2 Turbo D
1998 – 2000
R134a
750
Toyota Landcruiser (J20) Condenser with 22 mm depth with rear air conditioning without cool box
2008 –
R134a
960
Toyota Starlet
1996 – 1999
R134a
550 – 650
TOYOTA Yaris 1.5 Hybrid VVTi
2020 –
R1234yf
350
Toyota 4Runner left-hand drive
1993 – 1996
R134a
700 – 800
Toyota Dyna 4.1D
1997 – 2001
R134a
650
Toyota Dyna 2.5D
2001 – 2007
R134a
500
Toyota Coaster
1998 – 2014
R134a
1980
Disclaimer: Data in this chart is provided with diligence but without liability for inaccuracies or omissions. We are not liable for any direct or indirect damages resulting from the use of this information. Use at your own risk.

Toyota refrigerant (freon) filling quantities.

Each vehicle model has a specific refrigerant capacity, which can be found in the owner’s manual or a professional service database. For accurate and environmentally safe servicing, always consult with a certified technician who uses the right tools and follows the latest industry standards.

AC refrigerant

When the scorching summer sun turns your vehicle into a mobile sauna, it’s the refreshing breeze from the air-conditioning system that comes to the rescue. This modern marvel of comfort relies heavily on a silent performer – the car refrigerant. This crucial fluid, which courses through the veins of your vehicle’s AC system, plays a pivotal role in banishing the heat. However, not all refrigerants are created equal, and understanding the differences is essential for ensuring a cool and comfortable drive.

R12, R134a, and R1234yf

The narrative of car refrigerants has seen many characters like R12, R134a, and R1234yf grace the stage over the years, each bringing its own merits to the table. R12, once a stalwart of the automotive realm, found favor in cars, trucks, and tractors. However, as the world woke up to the environmental perils it posed, R12 exited the stage, making way for its successor, R134a. This new protagonist, with its lower greenhouse gas emissions, quickly became the darling of environmentally-conscious drivers and vehicle manufacturers alike.

But the wheels of progress didn’t stop turning. The spotlight soon shifted to R1234yf, a modern-day hero boasting an even lower environmental impact than R134a. This newfound gem is gradually carving its niche in the automotive world, being incorporated into the air-conditioning systems of cars, trucks, and tractors, garnering accolades for its low global warming potential.

AC recharge requires a professional touch

While the evolution of refrigerants reflects the automotive industry’s stride towards eco-friendliness, it also underscores a vital dictum: the refrigerant type and filling capacity should be specified by the vehicle manufacturer. This isn’t a realm for DIY exploits. The intricacies involved in AC recharge require a professional touch. Venturing into this territory on your own could lead to a compromised AC system or, worse, a hefty repair bill.

The message is loud and clear – entrust the job of AC recharge to the professionals. They possess the expertise to ensure that the correct type and amount of refrigerant are used, as per the manufacturer’s specifications. This isn’t just about maintaining the cool ambiance of your vehicle; it’s about safeguarding the efficiency and longevity of the air-conditioning system.

Prepare for summer

In the grand tapestry of vehicle maintenance, understanding the role and nuances of car refridgerant is pivotal. So, the next time the summer sun blazes, ensure your vehicle’s A/C system is professionally recharged and ready to deliver that cool, refreshing respite. Your comfort, wallet, and the environment will be better off for it. Refrigerant (freon) filling quantity guides are an indispensable resource for ensuring your vehicle’s AC system operates efficiently.

Spanish version – Toyota cantidades de llenado de refrigerante. A/C R134a y R1234yf.