Big Project | Project | Project Manager |
|---|---|---|
Post-comp fixed wing | Wing Design |
Task Description
Based upon current CAD of the wings and research completed, design ailerons for our wings to allow for the correct flight controls. Refer to Wings for the design decisions made for the wings. The CAD can be found in PDM at Fixed Wing → Fixed Wing Design → Wings.
Additionally, refer to Aileron Sizing for a starting point. A lot of the research and calculations were based on Sizing Control Surfaces which can also be used for reference. The fixed wing calculator has lots of working info as well.
I suggest brainstorming a few ideas and asking for feedback as there are many factors at play. This task may require more research into aileron shapes. Some thought into linkage/servo connection would also be good.
Constraints
Constraints | Written By | Append Date |
|---|---|---|
1 aileron per wing |
| |
Adheres to sizing found in Aileron Sizing |
|
Relevant Contacts
Subteam | Contact | Contact Description |
|---|---|---|
Subteam collaborating with | @ of contact | what is the contact responsible for? |
Assignees
Assignee | Asana Task | Date |
|---|---|---|
Task Progression/Updates
Author: @ person updating Date: 2024/09/25
Design Progression #1
Initial Ideas:
The initial idea is to take the existing rib and create a cut, splitting it into two parts.
The more extensive section of the rib towards the leading edge will form the profile for the main wing.
The smaller section of the rib towards the trailing edge will form the rib of the aileron flap.
The aileron and the rest of the wing will be covered in the same singular piece of fabric.
The fabric will cover gaps between the aileron and wing. This is thought to improve aerodynamics.
The aileron will be attached to the wing by a hinge at the top edge of the rib.
Top placement reduces adverse yaw.
The servo will control the aileron movement using horn and torque rod.
Progress: