B2B helicopter mission planning & feasibility guide

1. Deciding whether a helicopter mission is feasible at all

Feasibility is not a single yes or no. It is four independent tests, and a mission needs all four.

• Operational: does the flight remove a real constraint — a road that takes eight hours, a vessel that cannot sail, a plant that is losing production every hour?
• Physical: can an aircraft reach the point, land or hoist there, and carry the people and equipment involved at that altitude and temperature?
• Regulatory: is the landing point authorised, and does the operator hold the approvals for that type of work in that country?
• Commercial: is the cost of the flight smaller than the cost of the delay it prevents? If not, road or vessel is the honest answer.
• If any of the four is unknown, the mission is not infeasible — it is simply not yet quotable. That distinction saves weeks.

2. What operators require before they will quote

An operator quotes against facts. These are the ones they ask for, in the order they ask.

• Exact departure and destination points — coordinates, site name, or the asset and its operator, not a region.
• Date, time window and whether the schedule is fixed or flexible.
• Number of people, their realistic dressed weight, and whether any are non-crew passengers requiring training or medicals.
• Cargo and equipment: weight, dimensions, whether anything is classed as dangerous goods, and whether an external load is involved.
• Landing or hoist arrangements at the destination, and written acceptance from whoever controls that point.
• Duration, number of rotations, standby requirement and whether the aircraft must remain on site.
• Certification, insurance and HSE-audit requirements imposed by your own company.

3. Planning telecom, energy, mining and infrastructure missions

• Telecom towers: the work is usually lifting or technician access to ridge and summit sites. Identify tower coordinates, hook weight and rigging, and whether the site has a cleared area.
• Powerline and grid: patrol, thermographic and corona inspection are flown as sensor missions measured in hours, not sectors. Storm-damage assessment is planned as a day rate.
• Oil, gas and pipeline: right-of-way patrol and emergency assessment are hour-based; crew movements are rotation-based and depend on approved decks.
• Offshore wind: turbine access is normally by hoist inside a weather window, counted in hoist cycles rather than flights, and needs wind-farm operator approval and trained technicians.
• Mining and remote industrial sites: think in rotations, camp facilities, fuel availability and cost per person moved, not in single flights.
• Construction and commissioning: the driver is a fixed window — an acceptance test, a turnaround, a crane already on hire. Say what the deadline is; it changes the whole plan.

4. Helicopter versus road, vessel and fixed-wing

The comparison that matters is door to door, including the parts nobody counts.

• Road: cheapest per trip and almost always right when the schedule has slack. It loses when the drive is long, seasonal, or ties up a team for two days.
• Vessel or crew boat: usually cheaper offshore when the sea state allows and the schedule has slack. A helicopter earns its cost when the boat cannot sail or the delay is expensive.
• Fixed-wing: faster and cheaper over long distances, but it lands at airports. Add the ground legs at both ends before comparing.
• Helicopter: it buys point-to-point access and time, not distance. If the destination has an airport and a good road, that advantage shrinks fast.
• Count the real cost of delay — lost production, idle crane hire, standby crews, penalty clauses. That figure, not the charter price, decides most industrial missions.

5. Landing sites, hoisting and permissions

• Somebody owns or controls every landing point: an airport, a port authority, an asset owner, a landowner, a municipality. Their written acceptance is required.
• A cleared area is not an approved landing site. Unprepared ground usually needs a survey, and sometimes preparation work, before an operator will use it.
• Offshore decks must be certified and currently approved; turbines are normally hoist-only, which is a specialist approval.
• Urban and city-centre landings, night operations and flights over built-up areas carry additional authority requirements and lead time.
• Cross-border missions add overflight and landing permits, customs and immigration — plan lead time in days, not hours.
• SkyMatch never states that a landing is permitted. Permission is confirmed by the controlling party and the operator.

6. Passenger, baggage and equipment checklist

• Headcount per sortie, with real dressed weights — survival suits, PPE and winter kit add up quickly.
• Baggage and tooling weight per person, separately from cargo.
• Cargo dimensions as well as weight: some loads will not fit through a cabin door regardless of mass.
• Anything battery-powered, pressurised, flammable or chemical needs a dangerous-goods assessment by the operator.
• External loads need rigged weight, sling configuration and a margin — capability is confirmed by the operator for the day, altitude and temperature.
• Training and medicals: offshore and hoist operations normally require current certificates held by the employer, verified by the operator.

7. Multi-site and multi-stop mission planning

• List every site with coordinates, and the time genuinely needed on the ground at each one — ground time, not flight time, is what breaks these days.
• Fix the arrival times that are non-negotiable, and mark the ones that are flexible.
• Confirm that every site can accept the aircraft. One unapproved site turns a one-day plan into two days.
• Decide where the day starts and ends, and whether a return to base is required or a different base is acceptable.
• Check fuel: a long multi-site day often needs a refuelling stop that must be planned, not discovered.
• Allow for weather contingency and a fallback order of sites, so the day degrades gracefully instead of collapsing.

8. Offshore and remote-site readiness

• Is the destination a certified deck, a prepared pad, unprepared ground, or hoist-only? This single answer changes which operators can even bid.
• Are passenger offshore-survival, hoist and medical certificates current for everyone on the manifest?
• What is the usable daylight or weather window, and how many rotations fit inside it at the real sector time?
• Over the operating period, how many days do you expect to lose to weather? Build contingency rotations in.
• Is standby or medevac cover required? A positioned aircraft is a contract, not an ad-hoc charter.
• Who is the on-site point of contact, and what are the site induction requirements for the crew?

9. What drives cost — and why no honest broker quotes a price first

Helicopters are chartered whole-aircraft, per mission. A band is honest at planning stage; a single figure is not.

• Aircraft class and configuration, which are set by payload and mission type rather than by preference.
• Positioning: how far the nearest suitable aircraft is from your departure point, and whether it must overnight.
• Flight time, waiting and standby time — on industrial missions waiting often exceeds flying.
• Landing, handling and permit fees, plus fuel at remote or offshore locations.
• Crew duty limits, night or IFR requirements, and whether two crew are mandatory.
• Contract shape: an ad-hoc sortie, a campaign of rotations and a dedicated positioned aircraft price on entirely different logic.

10. Timeline and urgency

• Emergency and downtime response depends on where an aircraft and a legal crew happen to be at that moment. No response time can be promised in advance.
• Urgent planned missions in a well-supplied market are typically a matter of days; permits, training gaps and unapproved landing points are the usual delay, not aircraft.
• Campaigns, rotations and standby cover are contracted work and need weeks of lead time, including HSE and audit steps.
• Cross-border and remote missions add permit lead time that no amount of budget removes.
• Send the request as soon as the facts exist. A structured brief sent early beats a perfect brief sent late.

11. Questions procurement should ask before requesting a quote

• What exactly is the flight preventing or enabling, and what does that delay cost per day?
• Have we identified the landing or hoist point, and do we have the controlling party's acceptance?
• Do we know real weights for people and equipment, and has anyone checked for dangerous goods?
• Are training, medicals and site inductions valid for everyone travelling?
• Are we comparing operators on the same brief? Different questions produce incomparable answers.
• What are our own certification, insurance and audit requirements, and have we stated them up front?
• Who decides go or no-go on the day, and is everyone aware that it is the operator?

12. Where SkyMatch fits

• SkyMatch is an independent broker and concierge. It does not operate aircraft and holds no AOC.
• Your requirement becomes one standardised mission brief with a mission ID, so operators answer the same question and the responses are comparable.
• Every request is reviewed by a person before anything goes out. Nothing is automated into an operator's inbox.
• Buyers and operators are never auto-connected. An introduction happens only after SkyMatch review and approval.
• Operators issue binding quotations and confirm aircraft, availability, permits, weather limits and feasibility.
• Public claims on this site are evidence-backed: nothing about availability, price or capability is stated before an operator confirms it.