From One Dock to Sixty: Scaling Drone Operations in Renewable Energy
In this session, we go inside a real renewable construction deployment that’s scaling from single dock setups to dozens of operational sites. We’ll unpack what it actually takes to run daily dock-based missions across large energy projects, operate multiple docks under a single pilot, and deliver inspection data consistently to field teams.
Feb 17, 2026
9:00 am
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Context
What You’ll See
You’ll get a practical walkthrough of how dock drone operations are deployed, standardized, and scaled across renewable construction sites. We’ll break down how daily missions are structured, how remote operations centers are organized, and how post-flight workflows are automated so data flows directly into construction decision-making.
Key Highlights
- Multi-Dock, Single-Pilot Operations: How BVLOS waivers enable one pilot to oversee multiple docked drones across distributed construction sites.
- 30-Minute Deployment Framework: How standardized hardware setups and plug-and-play configurations reduced deployment time from hours to under 30 minutes.
- Remote Operations Center Architecture: How each pilot operates from a structured ROC environment built for daily execution and reliability.
- Webhook-Based Data Automation: How flight outputs are automatically triggered into post-processing pipelines using API integrations.
- Scaling from 5 to 60 Docks: What changes operationally when you move from pilot projects to full-scale rollouts across renewable energy construction sites.
Eric Ebert
Founder, Falcon Unmanned Systems
Nivedita Huple
Customer Success Manager, FlytBase
Context
What You’ll See
You’ll get a practical walkthrough of how dock drone operations are deployed, standardized, and scaled across renewable construction sites. We’ll break down how daily missions are structured, how remote operations centers are organized, and how post-flight workflows are automated so data flows directly into construction decision-making.
Key Highlights
- Multi-Dock, Single-Pilot Operations: How BVLOS waivers enable one pilot to oversee multiple docked drones across distributed construction sites.
- 30-Minute Deployment Framework: How standardized hardware setups and plug-and-play configurations reduced deployment time from hours to under 30 minutes.
- Remote Operations Center Architecture: How each pilot operates from a structured ROC environment built for daily execution and reliability.
- Webhook-Based Data Automation: How flight outputs are automatically triggered into post-processing pipelines using API integrations.
- Scaling from 5 to 60 Docks: What changes operationally when you move from pilot projects to full-scale rollouts across renewable energy construction sites.
Eric Ebert
Founder, Falcon Unmanned Systems
Nivedita Huple
Customer Success Manager, FlytBase
Context
What You’ll See
You’ll get a practical walkthrough of how dock drone operations are deployed, standardized, and scaled across renewable construction sites. We’ll break down how daily missions are structured, how remote operations centers are organized, and how post-flight workflows are automated so data flows directly into construction decision-making.
Key Highlights
- Multi-Dock, Single-Pilot Operations: How BVLOS waivers enable one pilot to oversee multiple docked drones across distributed construction sites.
- 30-Minute Deployment Framework: How standardized hardware setups and plug-and-play configurations reduced deployment time from hours to under 30 minutes.
- Remote Operations Center Architecture: How each pilot operates from a structured ROC environment built for daily execution and reliability.
- Webhook-Based Data Automation: How flight outputs are automatically triggered into post-processing pipelines using API integrations.
- Scaling from 5 to 60 Docks: What changes operationally when you move from pilot projects to full-scale rollouts across renewable energy construction sites.
Eric Ebert
Founder, Falcon Unmanned Systems
Nivedita Huple
Customer Success Manager, FlytBase
What to expect?
What You’ll See
You’ll get a practical walkthrough of how dock drone operations are deployed, standardized, and scaled across renewable construction sites. We’ll break down how daily missions are structured, how remote operations centers are organized, and how post-flight workflows are automated so data flows directly into construction decision-making.
Key Highlights
- Multi-Dock, Single-Pilot Operations: How BVLOS waivers enable one pilot to oversee multiple docked drones across distributed construction sites.
- 30-Minute Deployment Framework: How standardized hardware setups and plug-and-play configurations reduced deployment time from hours to under 30 minutes.
- Remote Operations Center Architecture: How each pilot operates from a structured ROC environment built for daily execution and reliability.
- Webhook-Based Data Automation: How flight outputs are automatically triggered into post-processing pipelines using API integrations.
- Scaling from 5 to 60 Docks: What changes operationally when you move from pilot projects to full-scale rollouts across renewable energy construction sites.
Eric Ebert
Founder, Falcon Unmanned Systems
Nivedita Huple
Customer Success Manager, FlytBase
What to expect?
What You’ll See
You’ll get a practical walkthrough of how dock drone operations are deployed, standardized, and scaled across renewable construction sites. We’ll break down how daily missions are structured, how remote operations centers are organized, and how post-flight workflows are automated so data flows directly into construction decision-making.
Key Highlights
- Multi-Dock, Single-Pilot Operations: How BVLOS waivers enable one pilot to oversee multiple docked drones across distributed construction sites.
- 30-Minute Deployment Framework: How standardized hardware setups and plug-and-play configurations reduced deployment time from hours to under 30 minutes.
- Remote Operations Center Architecture: How each pilot operates from a structured ROC environment built for daily execution and reliability.
- Webhook-Based Data Automation: How flight outputs are automatically triggered into post-processing pipelines using API integrations.
- Scaling from 5 to 60 Docks: What changes operationally when you move from pilot projects to full-scale rollouts across renewable energy construction sites.
Eric Ebert
Founder, Falcon Unmanned Systems
Nivedita Huple
Customer Success Manager, FlytBase
Context
What You’ll See
You’ll get a practical walkthrough of how dock drone operations are deployed, standardized, and scaled across renewable construction sites. We’ll break down how daily missions are structured, how remote operations centers are organized, and how post-flight workflows are automated so data flows directly into construction decision-making.
Key Highlights
- Multi-Dock, Single-Pilot Operations: How BVLOS waivers enable one pilot to oversee multiple docked drones across distributed construction sites.
- 30-Minute Deployment Framework: How standardized hardware setups and plug-and-play configurations reduced deployment time from hours to under 30 minutes.
- Remote Operations Center Architecture: How each pilot operates from a structured ROC environment built for daily execution and reliability.
- Webhook-Based Data Automation: How flight outputs are automatically triggered into post-processing pipelines using API integrations.
- Scaling from 5 to 60 Docks: What changes operationally when you move from pilot projects to full-scale rollouts across renewable energy construction sites.
Eric Ebert
Founder, Falcon Unmanned Systems
Nivedita Huple
Customer Success Manager, FlytBase
