Intake/Exhaust Systems

Picture your vehicle at the end of a convoy on a dry, dusty road. As each vehicle before you stirs up dust and debris, your air filter is forced to contain the contaminants as your engine gasps for clean air. Now picture your vehicle entering a river crossing. As the front tires leave the embankment and the vehicle noses into the water, the air intake becomes incredibly vulnerable to water ingestion.

Picture your vehicle at the end of a convoy on a dry, dusty road. As each vehicle before you stirs up dust and debris, your air filter is forced to contain the contaminants as your engine gasps for clean air. Now picture your vehicle entering a river crossing. As the front tires leave the embankment and the vehicle noses into the water, the air intake becomes incredibly vulnerable to water ingestion.

Picture your vehicle at the end of a convoy on a dry, dusty road. As each vehicle before you stirs up dust and debris, your air filter is forced to contain the contaminants as your engine gasps for clean air. Now picture your vehicle entering a river crossing. As the front tires leave the embankment and the vehicle noses into the water, the air intake becomes incredibly vulnerable to water ingestion.

Picture your vehicle at the end of a convoy on a dry, dusty road. As each vehicle before you stirs up dust and debris, your air filter is forced to contain the contaminants as your engine gasps for clean air. Now picture your vehicle entering a river crossing. As the front tires leave the embankment and the vehicle noses into the water, the air intake becomes incredibly vulnerable to water ingestion.

Picture your vehicle at the end of a convoy on a dry, dusty road. As each vehicle before you stirs up dust and debris, your air filter is forced to contain the contaminants as your engine gasps for clean air. Now picture your vehicle entering a river crossing. As the front tires leave the embankment and the vehicle noses into the water, the air intake becomes incredibly vulnerable to water ingestion.

Picture your vehicle at the end of a convoy on a dry, dusty road. As each vehicle before you stirs up dust and debris, your air filter is forced to contain the contaminants as your engine gasps for clean air. Now picture your vehicle entering a river crossing. As the front tires leave the embankment and the vehicle noses into the water, the air intake becomes incredibly vulnerable to water ingestion.

Picture your vehicle at the end of a convoy on a dry, dusty road. As each vehicle before you stirs up dust and debris, your air filter is forced to contain the contaminants as your engine gasps for clean air. Now picture your vehicle entering a river crossing. As the front tires leave the embankment and the vehicle noses into the water, the air intake becomes incredibly vulnerable to water ingestion.

Picture your vehicle at the end of a convoy on a dry, dusty road. As each vehicle before you stirs up dust and debris, your air filter is forced to contain the contaminants as your engine gasps for clean air. Now picture your vehicle entering a river crossing. As the front tires leave the embankment and the vehicle noses into the water, the air intake becomes incredibly vulnerable to water ingestion.

Picture your vehicle at the end of a convoy on a dry, dusty road. As each vehicle before you stirs up dust and debris, your air filter is forced to contain the contaminants as your engine gasps for clean air. Now picture your vehicle entering a river crossing. As the front tires leave the embankment and the vehicle noses into the water, the air intake becomes incredibly vulnerable to water ingestion.

Picture your vehicle at the end of a convoy on a dry, dusty road. As each vehicle before you stirs up dust and debris, your air filter is forced to contain the contaminants as your engine gasps for clean air. Now picture your vehicle entering a river crossing. As the front tires leave the embankment and the vehicle noses into the water, the air intake becomes incredibly vulnerable to water ingestion.