A structured workflow for VFR helicopter trips with emphasis on low-level hazards (wires, towers, urban/terrain), landing zones, and Robinson R22 / R44 / R66 style performance & fuel discipline — using the same regulatory backbone as FAA certification: preflight action (14 CFR § 91.103), Private Pilot — Helicopter ACS cross-country tasks (FAA-S-ACS-15), and general aeronautical knowledge (FAA-H-8083-25, PHAK).
End-to-end planning workflow
1. Mission & rules of engagement
- Define departure/destination, alternate off-airport LZs, daylight vs night, passenger brief.
- Set personal minimums (wind, ceiling, visibility, crosswind, urban routing).
- Confirm § 91.103: all available information for safe flight, including weather, fuel, NOTAMs, runway/LZ lengths, TFRs, obstructions.
2. Weather & NOTAMs (VFR heli perspective)
- Get a full brief (standard text/graphical products). Watch low-level wind, turbulence layers, mountain wave, icing (even VFR may brush freezing level), visibility along ridges/valleys.
- Check convective and “pop-up” showers along route; helicopters often route underneath—avoid compromising margins.
- Pull NOTAMs & TFRs; for urban routes, check stadium TFR patterns, wire hazards near construction, temporary crane lights.
3. Performance, weight & balance (Robinson family)
- Use your approved POH/RFM for empty weight/CG, OGE/IGE hover, MCP/MGW, and HOGE at pressure altitude & temperature.
- On Robinson types: treat high DA + heavily loaded as a first-class hazard — many avoid-then-manage scenarios start here.
- Plan fuel policy with §91.151 VFR fuel minimums + personal buffers (divert, hold, headwind). Track time vs fuel actively in flight.
Regulatory minimums are legal floors, not comfort margins. Many operators use ≥45 min reserve day VFR at the destination/LZ as a habit.
4. Route, LZ selection & charts
- Choose altitudes and corridors that reduce wire/mast exposure; plan crossing angles & visual markers.
- For off-airport LZs: 360° reconnaissance, slope, surface, wires, livestock, people, egress. Have alternates.
- Mark obstacles on a sectional / moving map; note heliports & ATC boundaries (Class B/C shelves, SFRA patterns).
5. Communication & documents
- Required documents, inspections, and registrations aboard (§91.203 / §91.207 / §91.405 mindset).
- File VFR flight plan or use continuous traceability (Flight Following) when helpful; carry charged backup nav.
6. En-route execution & updates
- Continuously compare actual vs planned: fuel burn rate, groundspeed, winds—not just “ETA at destination.”
- If marginal, enact the pre-planned alternate / diversion—before you’re forced.
Robinson-specific habits
Mechanical & operating culture
- Follow manufacturer SFARP / training culture (RHC safety notices, MCP limits, low-G pushover awareness, MR RPM discipline).
- Maintain strict CARB ICE awareness where applicable; understand your ship’s fuel system and power checks per POH.
- Preflight: track & tail, MR/blade walk-down, wire strike hazards in confined zones — consistent with SFH training materials and POH.
Always defer to the current Robinson POH/RFM and FAA-approved flight manuals for your serial, not summaries on the web.
Performance planning worksheet
VFR helicopter — performance snapshot
| Field | Value | Notes / limit |
|---|---|---|
| Aircraft & serial | R22 / R44 / R66 — POH dated | |
| Pressure alt (ft) | ||
| OAT (°C) | ||
| Aircraft wt (lb) | Actual ramp / ZFW as used for perf | |
| HOGE / HIGE margins | IGE / OGE hover as applicable | |
| Max continuous / MCP | ||
| Go / no-go margin | Comfort buffer beyond legal minimum | |
| Emergency alt / route | If unable to sustain hover at LZ | |
| Pilot initials |
Weight & balance sheet
Loading worksheet
| Item | Weight (lb) | Arm (in) | Moment |
|---|---|---|---|
| Empty weight (from docs) | |||
| Pilot | |||
| Passenger(s) | |||
| Fuel onboard | |||
| Baggage / cargo | |||
| Ramp weight | |||
| Estimated landing weight | After planned burn | ||
| CG envelope check | ✓ plotted on OEM chart? | ||
Flight planner (nav tablet)
| # | Checkpoint | Altitude | Course | Dist | GS est | ETA | Fuel rem | WX / LOS | Freq / note |
|---|---|---|---|---|---|---|---|---|---|
| 1 | |||||||||
| 2 | |||||||||
| 3 | |||||||||
| 4 | |||||||||
| 5 | |||||||||
| 6 |
Quick calculators (study aids)
Fuel → endurance
Groundspeed & leg time
Risk management & ADM
P-AV-(E) / SRM-style prompts (simplified)
- Pilot: fatigue, recency, rotorwing currency in type, stress.
- Aircraft: weight, CG, MR/RPM margins, carb ice risk, M/R track history.
- Env: wind layers, turbulence, visibility, wire seasons, sun angle/glare.
- External: pressure to complete mission / passenger expectations.
See also the FAA’s discussion of aeronautical decision-making in PHAK Chapter 2 and risk frameworks referenced in the Private Helicopter ACS risk sections.
Primary references (bookmark these)
This page is educational. It does not replace POH limitations, FAA regulations, or instruction from a certificated CFI. Helicopter planning near obstructions requires site-specific reconnaissance.