Why is it called Gypsy danger?
Gipsy Danger is named after the “de Havilland Gipsy” aircraft engine. This was intended as a nostalgic nod to the World War II era, which was a major influence in the design of the robot.
How was Gipsy Danger destroyed?
Knifehead blocks the attack and pierces the Jaeger’s armpit. Knifehead severs the left arm from Gipsy Danger’s body. Overpowering Gipsy Danger, Knifehead breaches the right side of the Conn-Pod and tears away half of Gipsy Danger’s head, killing Yancy in the process.
What does Gypsy danger weigh?
7,080 tons
And with great height comes great weight. The main robot of Pacific Rim, Gipsy Danger, is said to be 7,080 tons*–half the weight of all the trash produced in New York City in one day.
How many kills did Gipsy Danger have?
History: Gipsy Danger was one of the Mark-3 Jaegers. It was originally piloted by brothers Raleigh and Yancy Becket….Gipsy Danger.
| Classification: | Mark-3 |
|---|---|
| Armor: | 6 |
| Kaiju Kill Count: | 9 |
| Conn-Pod Crew: | Raleigh Becket & Yancy Becket/Raleigh Becket & Mako Mori |
| Shatterdome: | Anchorage Shatterdome |
What is the tallest Jaeger?
Cherno is one of the heaviest, oldest, and best-armored Jaegers, as well as one of the slowest. It ties with Coyote Tango for the tallest height on a Mark-1 Jaeger.
Which Jaeger is the strongest?
Striker Eureka
Piloted by the father and son team, Hercules and Chuck Hansen, Striker Eureka is the strongest, quickest Jaeger currently in the field of combat against the Kaiju. It is the first and only Mark-5 series Jaeger, holding the best stats of all currently deployed Jaegers.
How big is a Yeager?
In an interview on Japanese magazine, Guillermo del Toro noted that Jaeger’s size was determined as they compared images of robots, ranging from 30 to 150 meters in heights, to the Golden Gate Bridge, and “75 meters” was the ideal for the movie.
How much does Gipsy Avenger weigh?
4 million pounds
Gipsy Avenger, however, is listed as only weighing 4 million pounds – an impossible statistic, at least when taking into account Galileo’s findings. Other technical requirements include energy demands and materials to support the robot.