03
Heading & Track Hold
Drag a compass target and compare heading with ground track in a steady crosswind.
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All modules ↗A CONNECTED LEARNING SEQUENCE
Chapters 01–02 already cover pitch, altitude and airspeed hold. This roadmap now has five local preview topics: three flight-control chapters and two related-topic experiments, plus 19 further proposals. Existing performance and stability labs remain available; the items labelled extensions deepen them. Future items are proposals, not completed modules or claims of exact lecture coverage.
Find aerodynamics, performance, flight dynamics, propulsion and aviation operations in the topic explorer.
Browse topics and modules ↗03
Drag a compass target and compare heading with ground track in a steady crosswind.
Open chapter ↗04
Move a waypoint, change capture lookahead and see signed cross-track error and leg transitions.
Open chapter ↗05
Compare climb-rate and path-angle commands, autothrottle and the energy consequences.
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Move the intercept geometry and inspect capture, overshoot and lateral deviation.
Planned · not yet built
07
Compare intercepts from below and above with pitch, speed and path constraints.
Planned · not yet built
08
Make selected, armed and active modes visible during an illustrative approach sequence.
Planned · not yet built
09
Drag altitude constraints and see which descent paths are geometrically and energetically feasible.
Planned · not yet built
10
Explore altitude–speed exchange and allocation of pitch and thrust demands.
Planned · not yet built
11
Compare air-relative turns and wind-distorted ground tracks without operational clearance claims.
Planned · not yet built
12
Show position uncertainty, tracking error and illustrative containment boundaries.
Planned · not yet built
13
Move adjacent legs and compare turn initiation, radius and waypoint miss distance.
Planned · not yet built
14
Separate guidance cues, pilot response and automatic actuation in the same scenario.
Planned · not yet built
15
Rotate body, wind and Earth axes and transform the same vector between frames.
Open experiment ↗16
Perturb one state and inspect the corresponding force or moment slope and units.
Planned · not yet built
17
Compare a local linear model with its parent equations as disturbance amplitude grows.
Planned · not yet built
18
Extend the existing flight-envelope work with load factor, speed and structural/stall boundaries.
Open experiment ↗19
Extend Balance & Trim with mass movement, fuel use and the resulting CG trajectory.
Planned · not yet built
20
Connect generic flap settings to explicitly sourced lift/drag changes and runway performance.
Planned · not yet built
21
Add measurement imperfections and compare raw, filtered and true states.
Planned · not yet built
22
Explore drift, update rate and sensor fusion using synthetic measurements.
Planned · not yet built
23
Compare one fixed controller with scheduled gains across independently checked trim points.
Planned · not yet built
24
Show why an integrator winds up and compare bounded recovery strategies.
Planned · not yet built
25
Compare aileron/rudder assignments and sideslip using a checked lateral model.
Planned · not yet built
26
Explore generic thrust imbalance, yawing moment and control authority without aircraft certification claims.
Planned · not yet built
The learning sequence connects reference frames, forces and trim with equations of motion, performance, feedback and guidance. Sensor fusion and advanced control are proposed extensions. Every future build needs its own equations, source mapping and verification. No lecture illustrations have been republished here.
Control-concept references: MIT OCW 16.333 lecture notes. Empirical validation and student acceptance are separate from numerical checks.