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Stockpile volume measurement in forestry

Stockpile volume measurement in forestry

How Idaho Forest Group cut stockpile measurement time by 80% [ROI study]

Idaho Forest Group comprises six massive lumber yards that process 1 billion board feet (2.5 million cubic meters) of high-quality wood per year for buyers around the world. They’ve so far purchased six WingtraOne mapping drones, which stockpile survey log decks and wood residual piles on their yards in Idaho and Montana.

The WingtraOne fleet gathers high-accuracy data in a fraction of the time it took with their Phantom 4 drones (see below graphic). Lumberyard managers are so impressed by the savings in time and money, that they’re now running drone forestry test flights. They aim to expand the WingtraOne fleet and get better ROI on these larger surveys.

Application

Camera

Country

Challenge

Surveying wood stockpiles on large areas, fast, with higher accuracy and with limited space to take-off and land

We don’t think we’d be really happy to fly Phantom 4 if we had to collect data on 600 acres. Compare this to Wingtra, where that would be a one-day mission.

Aaron Fisher
Technology and Project Manager, Idaho Forest Group 

Lumberyard surveys before and after Wingtra

Terrestrial survey methods

7
hrs

 

DJI Phantom 4

2 hours needed for stockpile survey with multicopter drone

2
hrs

2+ flights

WingtraOne

35
mins

1 flight

Both drones are a major improvement on terrestrial methods. With Phantom 4, each flight resulted in 100 to 200 images and each survey required at least one battery change, while WingtraOne completes an entire 400 to 500 image survey in just 35 minutes, setup and flight time combined.

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