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Precision Applications for Okanagan & Similkameen Orchards & Trees

Advantage of Ag Drones in Orchards

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Orchard Drone Spraying Services

Supporting Cherry, Apple & Pear Growers Across the Southern Interior

Southern Interior fruit growers know every season presents a different set of challenges.

One year it’s a compressed bloom window. The next it’s rain during a critical spray period. Increasing labor costs and limited spray windows continue to make timely applications more important than ever.

AG Drones works with orchard growers throughout the Okanagan, Shuswap, Similkameen, and Thompson regions to provide aerial application services that help keep spray programs on schedule.

Designed for Tree Fruit Production

Cherry Orchards

Sweet cherries are one of the highest-value crops in the region and often require rapid response during periods of disease pressure. Applications may support programs targeting:

  • Brown Rot
  • Cherry Leaf Spot
  • Mildew management programs

Apple Orchards

We’ll continue to support integrated orchard management programs with timely aerial applications that fit within existing production plans. Common programs include:

  • Apple Scab management
  • Powdery Mildew programs
  • Foliar nutrition applications

Pear Orchards

Pear producers face many of the same timing challenges experienced throughout other tree fruit operations. Drone applications can support both crop protection and nutritional programs while reducing traffic within the orchard.

Orchard Nutrition Programs

Foliar nutrition remains an important management tool for many Southern Interior orchards.

Calcium

A critical nutrient for fruit quality.

Supports:

  • Fruit firmness
  • Storage quality
  • Reduced disorder risk

Typical Timing After fruit set through sizing periods.

 

Boron

Supports:

  • Bloom performance
  • Fruit set
  • Reproductive growth

Typical Timing Pre-bloom and bloom.

 

Potassium

Supports:

  • Fruit sizing
  • Sugar movement
  • Colour development

Typical Timing Mid to late season.

 

Magnesium

Supports:

  • Tree health
  • Photosynthetic activity
  • Canopy performance

Typical Timing Throughout active growth.

 

Why Drone Applications Make Sense in Southern Interior Orchards

  • Reduced soil compaction
  • No equipment damage to irrigation infrastructure
  • Faster deployment during short weather windows
  • Access to difficult blocks
  • Minimal disruption to orchard operations

Step 01

Discuss Your Field and Crop Needs

Tell us what you are growing, where the challenge is, and what outcome you need.

Step 02

Plan the Application

We review field conditions, access, terrain, timing, product labels and data sheets.  

Step 03

Complete the Drone Operation

Our team carries out the planned spraying, spreading, or mapping work with care and efficacy in mind.

Step 04

Review the Results

We can gather in-field and aerial map data to help identify next steps where appropriate.

FAQ

Vineyard Drone Spraying FAQs

Have questions about ag drones in vineyards? Here are the most common questions.

Ask the AG Drones Crew
Vineyards often contain steep slopes, tight row spacing, and areas that are difficult to access with conventional equipment. Agricultural drones provide precise aerial application while reducing soil compaction and allowing treatments to be applied when field conditions limit ground equipment access
Drone rotor downwash helps move spray droplets into the grapevine canopy, improving coverage on leaves and fruiting zones that may be difficult to reach with some traditional application methods. Coverage effectiveness depends on canopy density, weather conditions, and application settings.
Yes. Drone spraying is particularly valuable on steep hillsides, terraced vineyards, and uneven terrain where tractors may be slower, less practical, or unable to operate safely.
Depending on label requirements and applicable regulations, drones can be used to apply fungicides, insecticides, foliar nutrients, biological products, and other approved crop protection materials. [agdronesinc.ca]
Yes. Because drones operate above the crop canopy, they eliminate wheel traffic through vineyard rows and help preserve soil structure, particularly when soils are wet or sensitive to compaction.
Yes. Drone applications can be planned around row geometry and canopy structure, making them well-suited for vineyards with narrow row spacing and irregular block layouts.

Ready to elevate your spray program?

Start the conversation to see how AG Drones can help optimize your operations. 

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Ready to Elevate Your Crop Production with AG Drones?

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