Skip to content
SkyMatchGroup
Quote
Need a helicopter today?Request now
Home

Calculator 2 of 10 — mining & exploration

Remote mine-site helicopter calculator

Helicopter access to a remote mine or exploration site is justified when the drive consumes shift hours, the road is seasonal, or the site has no airstrip. Enter the crew size, the flight time from the nearest base and the equivalent road time, and this calculator returns the number of rotations required, the hours returned to the shift and an indicative whole-aircraft cost band. Site access, pad condition and induction requirements are set by the mine, not by SkyMatch.

In the Pilbara, Alberta, Alaska and the Guiana Shield the argument is rarely about the flight — it is about how many productive hours a crew loses to a road, and whether the site pad is usable at all. This tool quantifies the first part honestly and flags the second.

Mission inputs

The figures above are a preliminary planning estimate for the route, aircraft category and passenger count you entered. They reflect estimated distance and flight time only — no price is shown and this is not an operator quotation. Only the licensed operator that flies the mission can confirm aircraft availability, landing permissions, operational feasibility and final pricing. Use this estimate to scope the trip, then send it to SkyMatch for a managed charter review.

Rotations to move the crew

2 × 35m sector

Indicative whole-aircraft cost band Price on request for the full movement.

Usable seats per rotation

6 of 7

After tools and equipment.

Shift hours returned per person

8h 20m

Against the round-trip drive.

Crew hours returned in total

100 h

Illustrative — not a financial guarantee.

  • Equipment at 20 kg per person costs seats. The rotation count above assumes roughly 6 usable seats per sector rather than the brochure 7.

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

Aircraft class
Medium twin (AW109, H145) — 7 seats
Crew to move
12
Flight time, base to site
35 minutes
Road time, base to site
5 hours
Positioning time
30 minutes
Tools and equipment per person
20 kg

Rotations to move the crew

2 × 35m sector

  • Usable seats per rotation: 6 of 7
  • Shift hours returned per person: 8h 20m
  • Crew hours returned in total: 100 h
Sample request text sent for human review

Mine-site rotation: 12 crew, 35 min sector from base, 20 kg equipment per head, 2 rotations estimated on a Medium twin (AW109, H145). Road equivalent 5h each way. Indicative band ⁣on-request⁣. Site pad status and induction requirements to be confirmed.

Example 2 · Smaller request

Aircraft class
Medium twin (AW109, H145) — 7 seats
Crew to move
7
Flight time, base to site
20 minutes
Road time, base to site
3 hours
Positioning time
20 minutes
Tools and equipment per person
10 kg

Rotations to move the crew

1 × 20m sector

  • Usable seats per rotation: 7 of 7
  • Shift hours returned per person: 4h 50m
  • Crew hours returned in total: 34 h
Sample request text sent for human review

Mine-site rotation: 7 crew, 20 min sector from base, 10 kg equipment per head, 1 rotations estimated on a Medium twin (AW109, H145). Road equivalent 3h each way. Indicative band ⁣on-request⁣. Site pad status and induction requirements to be confirmed.

Example 3 · Larger request

Aircraft class
Medium twin (AW109, H145) — 7 seats
Crew to move
19
Flight time, base to site
55 minutes
Road time, base to site
8 hours
Positioning time
50 minutes
Tools and equipment per person
30 kg

Rotations to move the crew

4 × 55m sector

  • Usable seats per rotation: 5 of 7
  • Shift hours returned per person: 13h 40m
  • Crew hours returned in total: 260 h
Sample request text sent for human review

Mine-site rotation: 19 crew, 55 min sector from base, 30 kg equipment per head, 4 rotations estimated on a Medium twin (AW109, H145). Road equivalent 8h each way. Indicative band ⁣on-request⁣. Site pad status and induction requirements to be confirmed.

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

  • Usable payload, not seat count. Tools, samples, core and PPE decide how many people actually fly.
  • Whether the site has a maintained pad, a cleared area, or nothing certified at all.
  • Season. Thaw, wet season and fire season close roads and change the whole comparison.
  • Where the nearest suitable aircraft is based — mining regions are often served by a handful of operators.
  • Whether the mine's own aviation standard restricts which operators may land on site.

What this tool does not decide

  • Whether the mine authorises the landing, and under which aviation standard.
  • Pad condition, dust suppression and obstacle clearance on the day.
  • Whether weather, sea state, daylight and diversion planning support the timing on the day.
  • Whether passenger training, medicals and site inductions are valid at the time of flight.
  • The binding price. Operators quote; this tool frames the budget conversation.

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.

Frequently asked questions

Can a helicopter land at any exploration site?

No. The site owner authorises the landing and the operator assesses the area for size, slope, surface, dust and obstacles. Many sites need preparation before a first landing.

How much equipment can travel with the crew?

Payload is finite and traded directly against seats and fuel. Give actual weights, including PPE, tooling and samples — an underestimate is the most common reason a rotation is re-planned on the day.

Why is the cost shown as a band rather than a price?

Helicopters are chartered whole-aircraft, per mission. The final figure depends on which airframe is genuinely available, where it is based, positioning distance, standby and waiting, fuel and handling, permits and time of day. A band is honest at planning stage; a single number would not be.

Who confirms that this mission can actually happen?

The performing operator, together with the asset owner, site or vessel controlling the destination and the relevant authorities. They confirm aircraft, availability, permits, landing or hoist approval, weather limits and safety. SkyMatch structures and reviews the mission; it does not confirm operational facts.

Does this calculator book a helicopter?

No. It produces a planning estimate. SkyMatch Group is an independent broker and a human-reviewed mission platform: the request is reviewed, suitable licensed operators are researched, and an introduction happens only once SkyMatch approves it. Operators issue binding quotes and confirm feasibility.

Markets this calculator is built for

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

Pilbara mining charterIron ore country, long ground distances.Newman mine-site charterInland Pilbara mine sites.Karratha charterNorth West Shelf gateway.Fort McMurray charterOil sands base of operations.Alberta oil sands charterLease, plant and camp movements.Alaska remote project sitesSeasonal, weather-driven access.Greenland charterThin supply, long positioning legs.Mining helicopter charterGlobal mining mission hub.

Related planning tools

Industrial mission cost calculatorWhole-aircraft cost band for one mission.Crew mobilisation calculatorMoving a whole team to a project.Offshore crew change calculatorRotation sizing for offshore assets.Vessel transfer calculatorShip-to-shore and hoist missions.Wind maintenance window calculatorTurbine visits inside a weather window.Multi-site industrial day calculatorHow many sites fit in one day.

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

Share this tool

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 minutes 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.