Difference between revisions of "IREC 2018"

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IREC 2018 was the second SSI IREC team to participate in the [[Intercollegiate Rocketry Engineering Competition]], placing second in the 30k commercial off-the-shelf motor category. The rocket featured an avionics bay with a long-distance radio system, a reduced-diameter recovery system, a fiberglass airframe with a carbon fiber fin lay-up, a powered decoupling mechanism, and a software-defined GPS payload.
 
IREC 2018 was the second SSI IREC team to participate in the [[Intercollegiate Rocketry Engineering Competition]], placing second in the 30k commercial off-the-shelf motor category. The rocket featured an avionics bay with a long-distance radio system, a reduced-diameter recovery system, a fiberglass airframe with a carbon fiber fin lay-up, a powered decoupling mechanism, and a software-defined GPS payload.
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=Overview=
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=Goals and Requirements=
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=System Design=
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==Avionics==
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==Recovery==
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==Structures==
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==Payload==
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==Staging==
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==Launch Operations==
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=Test Launches=
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==Launch 1==
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==Launch 2==
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==Launch 3==
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=The Competition=

Revision as of 17:41, 8 July 2018

The team posing with the fully integrated rocket before launching it at the competition.

IREC 2018 was the second SSI IREC team to participate in the Intercollegiate Rocketry Engineering Competition, placing second in the 30k commercial off-the-shelf motor category. The rocket featured an avionics bay with a long-distance radio system, a reduced-diameter recovery system, a fiberglass airframe with a carbon fiber fin lay-up, a powered decoupling mechanism, and a software-defined GPS payload.

Overview

Goals and Requirements

System Design

Avionics

Recovery

Structures

Payload

Staging

Launch Operations

Test Launches

Launch 1

Launch 2

Launch 3

The Competition