Body dimensions for restoring the body geometry of Toyota Vista & Vista Ardeo (AZV50 ZZV50 SV50 SV55) 1998-2003 are used to verify the body geometry and facilitate the subsequent repair of damaged parts. These measurements are specifically applicable to the right-hand drive versions of Toyota Vista & Vista Ardeo for the Japanese market.

Body dimensions for restoring the body geometry of Toyota Camry (SV20 SV21 SV22 SV25 CV20 VZV20) and Toyota Vista (SV20 SV21 SV22 SV25 CV20) 1986-1990 are used to verify the body geometry and facilitate the subsequent repair of damaged parts. These measurements are specifically applicable to the right-hand drive versions of Toyota Camry & Vista for the Japanese market.

Body dimensions for restoring the body geometry of Toyota Vitz (KSP90 NCP91 NCP95 SCP90) 2005-2010 are used to verify the body geometry and facilitate the subsequent repair of damaged parts. These measurements are specifically applicable to the right-hand drive versions of Toyota Vitz for the Japanese market.

Body dimensions for restoring the body geometry of Toyota Voltz (ZZE137 ZZE136 ZZE138) 2002–2004 are used to verify the body geometry and facilitate the subsequent repair of damaged parts. These measurements are specifically applicable to the right-hand drive versions of Toyota Voltz for the Japanese market.

Body dimensions for restoring the body geometry of Toyota Windom (MСV30) 2001–2006 are used to verify the body geometry and facilitate the subsequent repair of damaged parts. These measurements are specifically applicable to the right-hand drive versions of Toyota Windom for the Japanese market.

Body dimensions for restoring the body geometry of Toyota Windom (MСV20 MСV21) 1996-2001 are used to verify the body geometry and facilitate the subsequent repair of damaged parts. These measurements are specifically applicable to the right-hand drive versions of Toyota Windom for the Japanese market.

Body dimensions for restoring the body geometry of Toyota Windom (VСV10) 1991–1996 are used to verify the body geometry and facilitate the subsequent repair of damaged parts. These measurements are specifically applicable to the right-hand drive versions of Toyota Windom for the Japanese market.

Toyota Yaris Cross (MXPB10, MXPJ15, MXPJ10) 2021-2027 Collision Repair manual is a comprehensive guide that provides in-depth information and instructions for repairing and restoring the body of the Toyota Yaris Cross with left-hand drive. The manual includes step-by-step repair procedures for various body panels and components, ensuring accurate and efficient collision repairs.

Toyota Yaris (MXPA10, MXPA11, MXPH11, MXPH15, KSP211) 2020-2027 Collision Repair Manual is a comprehensive guide that provides in-depth information and instructions for repairing and restoring the body of the Toyota Yaris Hybrid (5DR Hatchback). The manual includes step-by-step repair procedures for various body panels and components, ensuring accurate and efficient collision repairs.

The body dimensions are used for restoring the body geometry of Toyota Ativ and Toyota Vios (NGC100 NGC101 NGC102) from 2022. With the help of this data, a check of the body geometry is performed, followed by straightening the damaged parts of Toyota Ativ and Toyota Vios right-hand drive vehicles for the Southeast Asian market. The vehicle is also sold under the names Toyota Vios and Yaris in Latin America and as Toyota Yaris Ativ in Thailand.