Ares UAV SevereStorm Sonde Subsystem Ares S4 - PowerPoint PPT Presentation

1 / 8
About This Presentation
Title:

Ares UAV SevereStorm Sonde Subsystem Ares S4

Description:

Ares UAV Severe-Storm Sonde Subsystem (Ares S4) RECUV ... Telemeter sensor data back to the UAV. Temperature. Humidity. Position/Rate (GPS) Wind Velocity ... – PowerPoint PPT presentation

Number of Views:71
Avg rating:3.0/5.0
Slides: 9
Provided by: sonjan8
Category:

less

Transcript and Presenter's Notes

Title: Ares UAV SevereStorm Sonde Subsystem Ares S4


1
Ares UAV Severe-Storm Sonde Subsystem(Ares S4)
Hunter UAV Sonde Subsystem
RECUV Group Ares UAVs
2
Project ProposersMatthew Calvin -
matthew.calvin_at_gmail.comJonathan Nikkel -
nikkelj_at_gmail.comAndrew Shulman -
Andrew.shulman_at_colorado.eduDax Minary -
Dax.Minary_at_colorado.eduSonja Nedrud -
Sonja.Nedrud_at_colorado.eduTyler Redick
Tyler.Redick_at_colorado.eduAlison Pienciak
Alison.Pienciak_at_colorado.edu
  • Faculty Advisor
  • Dr. Brian Argrow brian.argrow_at_colorado.edu

3
Project Synopsis
  • Project Objective
  • Create a preliminary design and prototype for a
    subsystem capable of deploying small instrument
    packages called Sondes, which will be installed
    in an unmanned aerial vehicle (UAV) and deployed
    in flight, in order to make meteorological
    measurements in severe storm and weather activity
    in the atmosphere.

Hunter UAV Sonde Subsystem
NCAR Drop-Sonde
4
Project Scope
  • Project Scope
  • Intend to make use of currently existing Ares UAV
    airframe/avionics, sonde electronics, and other
    avionics technology
  • No need to reinvent the wheel!
  • Naiad Modular Avionics System (J. Elston, RECUV
    Group)
  • Composite Manufacturing Methods
  • Develop Sonde instrument packages
  • Realistically, go so far as to develop and build
    a subsystem capable of
  • Deploy up to four individual Sonde sensor
    packages in a single flight
  • Telemeter sensor data back to the UAV
  • Temperature
  • Humidity
  • Position/Rate (GPS)
  • Wind Velocity
  • Controlled UAV descent (parachute, glider)
  • May possibly include cooperation with Dr.
    Mohsenis MUAV research group
  • Eventual goal
  • Develop Sonde packages that are essentially a
    complete micro UAV (MUAV) system (though it may
    be beyond the scope of a single year project)
  • The anticipated scope of the project is currently
    in flux and will be determined by available
    funding, team member capabilities and interests,
    how much is accomplished this summer, etc.

Naiad Modular Avionics Board
Composite Manufacturing Methods
RECUV Group Ares UAV
5
DB V
  • Develop the problem statement and design
    requirements
  • Consultation with faculty, outside organizations
    - ie National Severe Storms Lab in Oklahoma.
  • Preliminary and detailed design
  • Structural, aerodynamic, mechanical, electrical
    and communications systems needed to meet the
    design criteria.
  • Prototyping
  • Component level systems will be manufactured,
    implemented, and tested.
  • System level integration and testing
  • Tests will be constructed to evaluate the success
    or failure of the entire system with respect to
    the design criteria and project requirements.

6
Proposed Subsystem Breakdown
  • Structure
  • Includes the design and construction of both the
    deployment package and mechanism, as well as the
    Sonde package structure itself.
  • Electronics/Software and Communications
  • Includes the design and construction of the
    communications and computer system required to
    collect and relay the information back to the
    mother UAV.
  • Aerodynamics
  • Includes design of the Sonde descent method and
    mechanisms, as well as the evaluation and
    implementation of any modifications to the
    aerodynamics and aircraft dynamics of the mother
    UAV.
  • System IT
  • Includes such work as assisting with system level
    integration of components, and the design,
    execution and analysis of any required system
    level testing.
  • Management
  • Includes responsibilities such as team member
    management, project timelines, potential future
    customer interactions and cooperation (such as
    the National Severe Storms Lab).

7
Summer Work
  • 2400 UROP Grant
  • Looking for additional help
  • Motivated, dedicated individuals
  • Electronics/Comm, Aerodynamics, Structural work
  • Project scope will be dependent on how much is
    accomplished this summer!
  • Possible independent study credit
  • Contact
  • Brian Argrow brian.argrow_at_colorado.edu
  • Matt Calvin matthew.calvin_at_colorado.edu
  • Jon Nikkel nikkelj_at_colorado.edu

8
Questions?THANKS!
Write a Comment
User Comments (0)
About PowerShow.com