ATS BENEFITS

 
ATS significantly improves safety
by eliminating aircraft collisions with other aircraft and ground equipment on taxiways. Each year there are several hundred aircraft collisions during taxiing. Fortunately, most accidents do not endanger passengers’ lives, but still have a negative impact on the daily operations of the airport and airlines. These collisions cause huge financial losses ($50 Billion US annually) and disrupt airport operations impacting passengers.
ATS saves fuel
In 2016 passanger aircrafts consumed 80 million liters of jet fuel per day (29 billion per year)
5% of aircraft fuel consumption was used for taxiing,
approximately 4 million liters per day ( 1.46 billion annually).
Figures worldwide 2016
ATS protects the environment
dramatically reduces harmful emissions emitted into the atmosphere. The following amounts of gases are released during taxiing at three European airports: Frankfurt, London - Heathrow and Paris - Charles de Gaulle in 2016.
CO - lethal damp, carbon monoxide...........20.783.540 kg
NOx - carcinogenic nitric oxides...................4.520.050 kg
CO2 - greenhouse gas - carbon dioxide.......3.645.720 kg
HC - hydrocarbons..........................................1.740.850 kg
After installing the ATS system emissions will be reduced by 90%
ATS reduces manpower and ground equipment.
Because ATS is a fully automated system, an airport can significantly reduce ground equipment and personnel decreasing overhead costs. For example, Frankfurt Airport can reduce the number of employees by an estimated 400 people.

ATS increases the capacity of the airport
ATS greatly reduces negative consequences of human induced errors by optimizing taxi times, gate pushback (no stop after pushback), and eliminating congestion on taxiways. There is no more waiting on a gate for a gate crew to dock and marshal an aircraft. ATS improves operations during adverse weather conditions such as rain, fog and snow. Taxiing speed, taxiing way, distance between planes, start order will be calculated and constantly recalculated by the system.

Copyright © ATS 2017