Why learn GPS flying skills?

Flying a drone with GPS gives you tools to control your aircraft more safely and with more confidence. GPS lets the drone hold its position, come back to where it started, and follow set paths. But having GPS doesn't mean you can skip learning to fly well or ignore safety and FAA rules. To make the most of GPS features, you need to practise using them on purpose, understand their limits, and know what to do when something isn’t working as planned.

Core GPS modes and when to use them

Most GPS drones offer three core GPS-related modes:

  1. Position Hold (Loiter): The drone locks itself in place, even if you release the controls.
  2. Return to Home (RTH): The drone returns to its original takeoff point (Home Point) at the press of a button, loss of signal, or low battery.
  3. Waypoint Flight: You set a series of GPS points and the drone flies those automatically.

Each mode has a place in learning to fly. Position Hold is your safety net while you work on smooth controls. RTH can protect you against lost signal, but only if set up and tested. Waypoint modes teach you pre-planning and map awareness.

Pre-flight steps for GPS flying

Even with GPS, don’t skip the basics. Every flight should have a ritual. Here’s a pre-flight routine tuned for GPS-equipped drones:

  1. Find a clear area, free of overhead obstructions (especially metal roofs, towers, or lines that can affect GPS).
  2. Update your Home Point after powering up, once you have a full GPS lock. Wait for at least 7-10 satellites.
  3. Check battery levels, both drone and controller.
  4. Do a compass calibration (follow your drone’s manual), especially if you move a long distance between flights.
  5. Check weather. Wind, especially gusts, will make even GPS hold less reliable. Don’t fly if gusts are above 15 mph (24 km/h) until you’ve had practice.
  6. Review rules: You must complete the FAA’s free TRUST test, and register any drone at or above 250g — registered drones must broadcast Remote ID. Max altitude is 400 ft above ground in Class G airspace, and you must always keep your drone in sight. Use LAANC if you’re near an airport. There are more details at the FAA’s site.
  7. Pick your first practice drill (see below).

For a complete checklist and structured drills, walk through this free flight plan.

Three GPS-based practice drills

Being "good" with a GPS drone means you can fly with, alongside, and without those aids. Here are three practice sessions you can run any place it’s legal to fly:

1. Position Hold Confidence

  1. Take off with GPS and get to shoulder height (about 1.5 meters or 5 feet).
  2. Gently push the right stick forward, then release it. Watch your drone settle back into position. Try the same for left, right, and back.
  3. Repeat, but this time note any drift from wind, and gently steer back to the same spot. If the drone drifts steadily, land and recalibrate compass/GPS.
  4. Fly a slow square: push forward for 3 seconds, right for 3, back for 3, left for 3, always using GPS hold. See if the drone holds steady at the corners.

The goal is feeling how much the drone “sticks” in the air, and learning to trust — but not blindly — that stickiness when you need a breather or steady shot.

2. Controlled Return-to-Home

  1. After takeoff and GPS lock, fly no higher than 60 feet (18 meters) and no farther than 100 feet (30 meters) out.
  2. Double-check your Home Point. Most drones will show this on the app. Stand at the takeoff spot.
  3. Trigger Return to Home from the controller or app. Watch how the drone rises, turns, and flies back to you.
  4. Pay attention to whether it lands exactly at the start point. If not, measure (paced steps is fine) how far off it is.
  5. Practice this several times, varying your position (walk to the side or behind the drone’s approach) to understand how RTH responds.

Only use RTH with a clear sky path overhead, since GPS faults may send the drone sideways if signals are weak.

3. Waypoint Awareness

  1. On the drone’s map screen, mark a few safe, open locations 20–40 feet (6–12 meters) apart.
  2. Send the drone to each in turn, using the automatic waypoint mode if you have it.
  3. Watch what the drone does at each stop: does it hover or continue? Can you pause it mid-route?
  4. Fly the same points manually, watching for any drift or delay that wasn’t there on the automatic flight.

This trains you to trust automation, but also to switch out if needed. It's a first step toward mapping or repeatable footage, without being surprised by a sudden stop or misrouted path.

What GPS can and can't do

  • GPS keeps your drone from drifting horizontally, but not always vertically. Pay attention to height above ground, especially over sloped terrain.
  • Metal, reinforced concrete, and overhead wires can create "multipath" errors. If your drone acts oddly (spinning, drifting, inconsistent holds), land, recalibrate, and check for metal in the area.
  • GPS can lose accuracy under trees or near buildings. Don’t try to rely on GPS in dense cover; practise manual hovering and gentle stick controls for these cases.
  • Every GPS mode can fail. You must know how to flip to manual (often called "Atti" or manual mode) and land by hand. Practise this low and close before you need it in an emergency.

Practising camera moves with GPS

One of the biggest strengths of GPS is how much easier it gets to line up smooth video. Here are two camera moves you can practice with your drone’s GPS hold active:

Simple reveal

  1. Pick a straight movement (forward or up works well).
  2. Tap record, then fly gently forward over a feature or up to clear a foreground object, letting GPS keep the rest of your path steady.
  3. Stop moving, stay recording, and let the camera rest steady for 3–5 seconds.

The start and end of every shot look steadier thanks to GPS position hold. Practise with slight stick input to find what speed looks natural.

Orbit with GPS assist

  1. Hover 30–50 feet (9–15 meters) from your subject, at a safe height.
  2. Use GPS hold to start, then move the right stick sideways and left stick (yaw) gently left or right to keep the subject framed.
  3. Keep your height and distance steady. Orbit half a circle, pause, then go back the other way.

Even if your drone has an automatic orbit (sometimes called point of interest), manual practice with GPS hold helps you get smoother shots and control entry/exit timing.

Progressing to more manual flying

Once you trust your skills with GPS features, start mixing in line-of-sight flights where you rely less on the position "stick" and more on visual control. Focus on slow, steady direction changes. Practise low, slow landings with GPS off or in Atti/manual mode to simulate GPS loss.

Every GPS pilot should have at least five good flights fully under manual control for every 50 GPS-assisted sessions. This prepares you for possible GPS dropout, magnetic interference, or emergencies where you need fine stick control.

Summary

GPS makes flying a drone more accessible, but every responsible pilot needs to know both the right way to use those features and what to do if they disappear. Practising these routines and drills will make you safer, more confident, and ready to focus on the creative or fun side of flying. Find more training tips and a free checklist at Sky Pilot Gear: Learn To Fly.