General Tips

Tips that don’t fit neatly into any single category but can save you time, money, and frustration. These come from accumulated community experience.

Build Tips

Read the manual before buying: Check if your FC and ESC stack are compatible (same mounting pattern, same brand stacks are safest).
Verify screw lengths before ordering: Motor screw length must match arm thickness + motor base depth. Too long = shorts inside the motor. Measure first.
Take photos at every build stage: Before you close up the stack, photograph all the wiring. Future-you troubleshooting in the field will be grateful.
Dry-run the build: Before soldering anything, place all components in position to check fit, wire routing, and any clearance issues.

Tin pads before soldering wires: Apply solder to each pad individually first, then attach the wire. This is much easier than trying to tin both simultaneously.
Use flux liberally: A little extra flux paste makes solder flow onto pads smoothly and prevents cold joints.
Heat the pad, not the solder: Touch the iron to the pad and let the pad melt the solder. This ensures the pad is hot enough for a good joint.
Short wires are better: Every extra centimeter of wire is weight, potential noise pickup, and something to snag or cut. Route direct.

Always use a smoke stopper on first power-up: A $5 resistor-in-a-connector between the battery and the quad limits current if there’s a short. Saves builds. Make one or buy one.
Capacitors are not optional: A 1000µF capacitor across the battery pads protects ESCs from voltage spikes. Include one in every build.
Polarity check before powering: Triple-check battery connector polarity before the first power-up. Reverse polarity destroys ESCs, FCs, and VTXs instantly.

Preflight every time: Don’t skip it because you flew yesterday. Props loosen. Batteries get damaged. Wires shift.
Arm only when ready to fly: Don’t arm and then fiddle with goggles or radio. Get everything ready, then arm.
Land with margin: Come down at 3.5V/cell, not 3.2V. Packs that get driven low die faster and become safety hazards.
One thing at a time: New location, new settings, or new drone? Do one at a time. Changing multiple variables makes problems impossible to diagnose.

Props off for any bench work: Even changing OSD settings. The habit of always removing props before any bench work is the most important safety habit in FPV.
Check prop tightness before every flight: Takes 10 seconds. A prop detaching at full throttle is a guaranteed crash.
Know your outs: Before flying a new spot, identify where you’ll go if something goes wrong. Open landing areas, clear escape paths.
Battery in the bag immediately after flying: Hot batteries sitting in the sun degrade faster and are more hazardous. Into the bag in the shade.

Slow is smooth, smooth is fast: Jerky inputs don’t make you faster. Smooth, deliberate control inputs produce better results and look better on camera.
Crash and analyze: Use your DVR footage after a crash. Understanding why you crashed fixes the problem; not knowing means you’ll do it again.
Practice one thing: If you’re working on power loops, spend a whole pack doing power loops, not variety practice. Focused repetition builds muscle memory faster.
Fly the same spot repeatedly: Learning a location deeply — its lines, obstacles, wind patterns — is more productive than constantly visiting new spots.
Fly with better pilots: Watching and following pilots better than you is the fastest way to improve.

Number your packs: Write a number on each pack (marker, label). Track cycle counts and performance per pack. This lets you identify aging packs before they fail.
Group by voltage before charging: Batteries within a group should be within 0.1V/cell of each other before parallel charging. Quick check with a cell voltage meter.
Storage voltage is not optional: LiPos left fully charged for weeks degrade significantly. Storage voltage (3.80-3.85V/cell) extends pack life dramatically.
Two to three packs minimum per charging session: Flying on a single pack and waiting for it to charge wastes time. Four to six packs lets you fly while others charge.

Antenna protection: UFL connectors break easily. A dab of hot glue over the VTX UFL connector prevents vibration from working it loose.
Camera lens: Keep the lens clean. A microfiber cloth in your bag. Scratched or dirty lenses ruin your FPV experience.
Goggle foam: Worn-out goggle foam creates gaps that let in light and reduce immersion. Replacement foam for popular goggles is $5-15 and transforms the experience.
Radio gimbals: If your radio has adjustable gimbal tension, find your preferred resistance. Sloppy gimbals reduce precision; overly tight gimbals cause fatigue.

Change one thing at a time: When diagnosing a problem, isolate variables. If you change three things simultaneously and the problem goes away, you don’t know what fixed it.
Eliminate obvious causes first: Before assuming a complex problem, check the simple things. Is the battery charged? Is the receiver bound? Are props on correctly?
Use Betaflight’s status command: Type status in the CLI tab when troubleshooting arming issues. The disable flags tell you exactly why the drone won’t arm.
Community search before posting: 90% of issues have been seen before. Search the Betaflight GitHub issues, r/fpv, or Oscar Liang’s site before posting a question. Include your Betaflight dump and relevant details when you do post.
Start with defaults: If your tune is misbehaving, paste stock Betaflight defaults and test from there. Starting from a known-good state eliminates accumulated cruft.

What to bring to every session:

Essential:

Nice to have: