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Industrial planning tool — mining, geology, telecom & remote projects

Remote project time-saved calculator

This calculator compares the door-to-door road journey your crew makes to a remote site today with the same movement flown by helicopter, and returns the hours a rotation would get back. Where a mine operator or road authority publishes a road travel time for the corridor, that published figure is used and quoted with its source and date; where nobody publishes one, you enter your own site figure and the tool says so rather than inventing a number. It produces no price, no flight time promise and no availability — SkyMatch confirms feasibility.

On remote projects the argument for a helicopter is almost never the flight itself. It is the shift hours a road consumes, the overnight stops a long drive forces, and the days a seasonal road takes off the calendar. This tool puts the hours on the table honestly — including the case where the helicopter saves less than people assume once ground legs at both ends are counted.

Mission inputs

The figures below are planning arithmetic, not a price and not an availability statement: a published or visitor-supplied road time set against a planning helicopter sector plus the ground legs at each end. This tool returns no cost at all. SkyMatch confirms flight time, landing area suitability, payload and whether an aircraft can be positioned for your dates.

Working hours returned to the rotation each month

168 crew hours

12 people × 4 return movements × 3h 30m saved per return movement. Planning arithmetic, not a guarantee.

Road journey used, one way

4h 00m

Published figure. “The MEL mine site is connected to the city of Antofagasta by the paved road Camino Escondida, with a travel time of approximately four hours to by vehicle (car, lorry or bus) and is open year-round.” — BHP / Minera Escondida Limitada — SEC Regulation S-K 1300 Technical Report Summary (Exhibit 96.1), published 30 Jun 2022, last checked by SkyMatch 14 Sept 2026. One-way site-to-city road journey as the operator published it, before in-town pick-up, gate and induction time. Not a SkyMatch measurement and not a statement about any particular journey.

Helicopter door to door, one way

2h 15m

45 min sector + 60 min ground legs either side + 30 min brief and handling. Flight time is a planning figure; the operator sets the real one.

Saved per person, one way

1h 45m

Saved per return movement, whole rotation

42 crew hours

Multiply by your own loaded hourly cost in the team time value calculator; this tool deliberately puts no money on it.

  • The ground legs and handling now cost more than the flight. That is common where the departure pad is far from the accommodation or the landing area is far from the work front, and it is usually the cheapest thing to improve.

Preliminary estimate for planning purposes only — not a confirmed price, availability or booking. Final routing, operational feasibility and pricing must be confirmed by the selected licensed operator.

Worked examples: inputs, planning estimate and request

Each example runs this calculator's own formula on the inputs shown. The results are planning estimates, not quotes. Prices, aircraft and timing are confirmed only after our team reviews the request and checks with licensed third-party operators, subject to availability.

Example 1 · Typical request

Corridor
Chile — Escondida mine site ↔ Antofagasta (Camino Escondida) (published road time)
Your road time, one way (used when no published figure applies)
5 hours
Helicopter sector time, one way
45 minutes
Ground legs either side of the flight, total
60 minutes
Check-in, safety brief and handling
30 minutes
People in the rotation
12
Return movements per month
4

Working hours returned to the rotation each month

168 crew hours

  • Road journey used, one way: 4h 00m
  • Helicopter door to door, one way: 2h 15m
  • Saved per person, one way: 1h 45m
  • Saved per return movement, whole rotation: 42 crew hours
Sample request text sent for human review

Remote project time-saved estimate. Corridor: Chile — Escondida mine site ↔ Antofagasta (Camino Escondida). Road one way 4h 00m (basis: published road time — approx. 4 h, BHP / Minera Escondida Limitada — SEC Regulation S-K 1300 Technical Report Summary (Exhibit 96.1) (30 Jun 2022), checked 14 Sept 2026). Helicopter door to door 2h 15m = 45 min sector + 60 min ground legs + 30 min handling. 12 people, 4 return movements per month. Indicative saving 1h 45m per person one way, about 168 crew hours a month. Please review feasibility and return current licensed-operator options.

Example 2 · Smaller request

Corridor
Chile — Escondida mine site ↔ Antofagasta (Camino Escondida) (published road time)
Your road time, one way (used when no published figure applies)
3 hours
Helicopter sector time, one way
25 minutes
Ground legs either side of the flight, total
40 minutes
Check-in, safety brief and handling
20 minutes
People in the rotation
7
Return movements per month
2

Working hours returned to the rotation each month

72 crew hours

  • Road journey used, one way: 4h 00m
  • Helicopter door to door, one way: 1h 25m
  • Saved per person, one way: 2h 35m
  • Saved per return movement, whole rotation: 36 crew hours
Sample request text sent for human review

Remote project time-saved estimate. Corridor: Chile — Escondida mine site ↔ Antofagasta (Camino Escondida). Road one way 4h 00m (basis: published road time — approx. 4 h, BHP / Minera Escondida Limitada — SEC Regulation S-K 1300 Technical Report Summary (Exhibit 96.1) (30 Jun 2022), checked 14 Sept 2026). Helicopter door to door 1h 25m = 25 min sector + 40 min ground legs + 20 min handling. 7 people, 2 return movements per month. Indicative saving 2h 35m per person one way, about 72 crew hours a month. Please review feasibility and return current licensed-operator options.

Example 3 · Larger request

Corridor
Chile — Escondida mine site ↔ Antofagasta (Camino Escondida) (published road time)
Your road time, one way (used when no published figure applies)
8 hours
Helicopter sector time, one way
70 minutes
Ground legs either side of the flight, total
100 minutes
Check-in, safety brief and handling
50 minutes
People in the rotation
19
Return movements per month
6

Working hours returned to the rotation each month

76 crew hours

  • Road journey used, one way: 4h 00m
  • Helicopter door to door, one way: 3h 40m
  • Saved per person, one way: 20m
  • Saved per return movement, whole rotation: 13 crew hours
Sample request text sent for human review

Remote project time-saved estimate. Corridor: Chile — Escondida mine site ↔ Antofagasta (Camino Escondida). Road one way 4h 00m (basis: published road time — approx. 4 h, BHP / Minera Escondida Limitada — SEC Regulation S-K 1300 Technical Report Summary (Exhibit 96.1) (30 Jun 2022), checked 14 Sept 2026). Helicopter door to door 3h 40m = 70 min sector + 100 min ground legs + 50 min handling. 19 people, 6 return movements per month. Indicative saving 20m per person one way, about 76 crew hours a month. Please review feasibility and return current licensed-operator options.

Turn this estimate into a mission request

The figures above are a planning frame, not an offer. Send the mission and SkyMatch reviews it, researches operators holding the relevant approvals and comes back with current options. Your inputs are carried across — nothing needs retyping.

Request current operator optionsCheck mission feasibility

See how a request becomes a confirmed flight — review, operator options, written confirmation.

What actually moves this number

  • Where the road figure comes from. A published operator or authority time is evidence; a mapping-app estimate is not, and this tool will not use one.
  • The ground legs nobody counts. Drive to the departure pad and site vehicle from the landing area routinely consume more time than the sector itself.
  • Whether the landing area is at the work front or at a strip some distance from it. It changes the whole comparison.
  • Road condition and season. A road that is impassable for part of the year is a scheduling problem, not a travel-time problem.
  • Fatigue and driver-hours rules, convoy requirements and overnight stops, which can dominate the schedule on long corridors.
  • Crew size against usable seats after tools and equipment, since two rotations return less time per hour flown than one.

What this tool does not decide

  • It does not price the mission. Helicopter charter is whole-aircraft and per mission, and only the performing licensed operator can quote it.
  • It does not confirm a helicopter is available, or available on your dates. Aircraft positioning in remote regions is often the binding constraint.
  • It does not confirm anyone may land at your site. Surface, slope, obstacles, site permission and the day's weather are assessed by the operator and the site owner.
  • It does not publish a road travel time we cannot cite. Corridors without a published figure use yours and say so.
  • It does not put a monetary value on the hours. That is a separate, clearly labelled tool.

SkyMatch Group is an independent helicopter charter broker and a human-reviewed mission platform. It does not operate aircraft. Every flight is performed by an independent licensed operator, and every introduction is approved by SkyMatch before it happens.

Published figures used by this tool

Each figure below is quoted from the publisher, not measured or estimated by SkyMatch. Anything not listed here is a number you entered.

Frequently asked questions

Where do the road travel times come from?

Only from primary publishers: a road or transport authority, a government project document, or a site operator's own regulatory or technical report — quoted verbatim with the publication date and the date we last checked it. Mapping apps and trip-planning sites are not used. Corridors with no published figure ask for yours instead.

Why is only one corridor prefilled?

Because so far only one remote-project corridor we cover has a road travel time stated by an acceptable publisher. We checked Papua New Guinea, Western Australia and the Northern Territory, Indonesian nickel corridors, the Las Bambas corridor in Peru and Canada's winter roads: those publishers state distances, road names and closure dates, but not a travel time. We would rather show one sourced figure than six invented ones.

Does the calculator prove a helicopter is worth it?

No, and it will tell you when the numbers say otherwise. Once ground legs and briefing time are counted, short corridors often save little, and the honest case then rests on road condition, seasonal access, fatigue rules or a site with no road at all.

Does this book or price anything?

Neither. SkyMatch Group is an independent human-reviewed helicopter charter brokerage and RFQ platform. The result becomes a structured brief that David and the SkyMatch team review before suitable licensed operators are approached; operators issue binding quotes and confirm feasibility.

What should I send with the request?

The exact departure point and site landing area, the dates and daily pattern, the number of people, tools and equipment weight, any site induction or permit requirement, and what the road looks like at that time of year.

Markets this calculator is built for

The same inputs, applied to the industrial regions where these missions actually run.

Industrial & remote project charterThe vertical hub for difficult-access missions.Mining helicopter charterGlobal mining mission hub.Remote site helicopter charterWhere road and boat run out.Geological & exploration charterSurvey, drilling and camp support.Telecom & network infrastructureTower, mast and site access.Industrial buyer guideHow industrial missions are actually planned.

Related planning tools

Remote project access calculatorHelicopter versus road, boat and fixed-wing.Team time value calculatorWhat the hours saved are worth.Remote mine-site calculatorRotations, seats and indicative cost.Industrial mission cost calculatorPlanning band before any operator quote.Multi-site day calculatorSeveral sites in one working day.Industrial mission requestShort brief, human-reviewed by SkyMatch.

Using an AI assistant, or buying through procurement?

SkyMatch reviews each helicopter charter request and arranges the flight. Availability, permits, landing permission, weather, route feasibility and final price are checked for each request and confirmed in writing before you commit. Estimates and directories on this site support research only.

AI & procurement: how SkyMatch worksSubmit Flight Request

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How long is a helicopter ride? Times by distance

Straight-line air-time estimates at a typical cruise of about 150 mph. Add start-up, taxi and any routing around restricted airspace; the licensed operator confirms the real time for each flight. Price on request.

How long is a 2-mile helicopter ride?

About 1 minute of flying time for 2 miles in a straight line, before start-up and landing. Weather, routing and the aircraft type can change this, so the licensed operator confirms the time once you request a quote.

How long is a 5-mile helicopter ride?

About 2 minutes of flying time for 5 miles in a straight line, before start-up and landing. Weather, routing and the aircraft type can change this, so the licensed operator confirms the time once you request a quote.

How long is a 10-mile helicopter ride?

About 4 minutes of flying time for 10 miles in a straight line, before start-up and landing. Weather, routing and the aircraft type can change this, so the licensed operator confirms the time once you request a quote.

How long is a 15-mile helicopter ride?

About 6 minutes of flying time for 15 miles in a straight line, before start-up and landing. Weather, routing and the aircraft type can change this, so the licensed operator confirms the time once you request a quote.

How long is a 20-mile helicopter ride?

About 8 minutes of flying time for 20 miles in a straight line, before start-up and landing. Weather, routing and the aircraft type can change this, so the licensed operator confirms the time once you request a quote.

How long is a 25-mile helicopter ride?

About 10 minutes of flying time for 25 miles in a straight line, before start-up and landing. Weather, routing and the aircraft type can change this, so the licensed operator confirms the time once you request a quote.

How long is a 30-mile helicopter ride?

About 12 minutes of flying time for 30 miles in a straight line, before start-up and landing. Weather, routing and the aircraft type can change this, so the licensed operator confirms the time once you request a quote.

How long is a 50-mile helicopter ride?

About 20 minutes of flying time for 50 miles in a straight line, before start-up and landing. Weather, routing and the aircraft type can change this, so the licensed operator confirms the time once you request a quote.

How long is a 100-mile helicopter ride?

About 40 minutes of flying time for 100 miles in a straight line, before start-up and landing. Weather, routing and the aircraft type can change this, so the licensed operator confirms the time once you request a quote.