Sailbotix

Supports: Profile · executive relevance summary

Derived interpretation using this premise: Silicon Sailor uses sail-angle control without a rudder; Hybrid Voyager adds a thruster and rudder. The technology page gives 125 cm length and about 14 kg mass, emphasizes low power and payload constraints, and says the craft are unsuitable for heavy multibeam survey payloads.

Supports: Silicon Sailor and Hybrid Voyager sailing platforms · core features

Sailbotix: Hybrid Voyager auxiliary thruster and rudder. Silicon Sailor uses sail-angle control without a rudder; Hybrid Voyager adds a thruster and rudder. The technology page gives 125 cm length and about 14 kg mass, emphasizes low power and payload constraints, and says the craft are unsuitable for heavy multibeam survey payloads.

Supports: Silicon Sailor and Hybrid Voyager sailing platforms · core features

Sailbotix: LTE/satellite links and cloud dashboard. Silicon Sailor uses sail-angle control without a rudder; Hybrid Voyager adds a thruster and rudder. The technology page gives 125 cm length and about 14 kg mass, emphasizes low power and payload constraints, and says the craft are unsuitable for heavy multibeam survey payloads.

Supports: Silicon Sailor and Hybrid Voyager sailing platforms · technical tags

Derived from Sailbotix: Silicon Sailor uses sail-angle control without a rudder; Hybrid Voyager adds a thruster and rudder. The technology page gives 125 cm length and about 14 kg mass, emphasizes low power and payload constraints, and says the craft are unsuitable for heavy multibeam survey payloads.

Supports: Silicon Sailor and Hybrid Voyager sailing platforms · name

Sailbotix: Silicon Sailor and Hybrid Voyager sailing platforms. Silicon Sailor uses sail-angle control without a rudder; Hybrid Voyager adds a thruster and rudder. The technology page gives 125 cm length and about 14 kg mass, emphasizes low power and payload constraints, and says the craft are unsuitable for heavy multibeam survey payloads.

Supports: Silicon Sailor and Hybrid Voyager sailing platforms · defence applications

Sailbotix: Educational ocean observation. Silicon Sailor uses sail-angle control without a rudder; Hybrid Voyager adds a thruster and rudder. The technology page gives 125 cm length and about 14 kg mass, emphasizes low power and payload constraints, and says the craft are unsuitable for heavy multibeam survey payloads.

Supports: Silicon Sailor and Hybrid Voyager sailing platforms · capability type

Derived from Sailbotix: Silicon Sailor uses sail-angle control without a rudder; Hybrid Voyager adds a thruster and rudder. The technology page gives 125 cm length and about 14 kg mass, emphasizes low power and payload constraints, and says the craft are unsuitable for heavy multibeam survey payloads.

Supports: Silicon Sailor and Hybrid Voyager sailing platforms · summary

Small autonomous sailing platforms use wind propulsion and solar-powered electronics. Silicon Sailor controls course through sail angle; Hybrid Voyager adds powered propulsion for constrained movement. Their limited payload and energy budget favour lightweight sensing rather than heavy survey equipment.

Supports: Silicon Sailor and Hybrid Voyager sailing platforms · core features

Sailbotix: Silicon Sailor rudderless sail-angle control. Silicon Sailor uses sail-angle control without a rudder; Hybrid Voyager adds a thruster and rudder. The technology page gives 125 cm length and about 14 kg mass, emphasizes low power and payload constraints, and says the craft are unsuitable for heavy multibeam survey payloads.

Supports: Silicon Sailor and Hybrid Voyager sailing platforms · maturity

Sailbotix: Developer-described platform family. Silicon Sailor uses sail-angle control without a rudder; Hybrid Voyager adds a thruster and rudder. The technology page gives 125 cm length and about 14 kg mass, emphasizes low power and payload constraints, and says the craft are unsuitable for heavy multibeam survey payloads.

Supports: Silicon Sailor and Hybrid Voyager sailing platforms · defence applications

Sailbotix: Distributed ocean data collection. Silicon Sailor uses sail-angle control without a rudder; Hybrid Voyager adds a thruster and rudder. The technology page gives 125 cm length and about 14 kg mass, emphasizes low power and payload constraints, and says the craft are unsuitable for heavy multibeam survey payloads.

Supports: Silicon Sailor and Hybrid Voyager sailing platforms · core features

Sailbotix: Biofouling limits extended controlled sailing. Silicon Sailor uses sail-angle control without a rudder; Hybrid Voyager adds a thruster and rudder. The technology page gives 125 cm length and about 14 kg mass, emphasizes low power and payload constraints, and says the craft are unsuitable for heavy multibeam survey payloads.

Supports: Silicon Sailor and Hybrid Voyager sailing platforms · technicaldomainslugs

Derived from Sailbotix: Silicon Sailor uses sail-angle control without a rudder; Hybrid Voyager adds a thruster and rudder. The technology page gives 125 cm length and about 14 kg mass, emphasizes low power and payload constraints, and says the craft are unsuitable for heavy multibeam survey payloads.

Supports: Silicon Sailor and Hybrid Voyager sailing platforms · commercial availability

Sailbotix: Current order and delivery terms require company confirmation.. Silicon Sailor uses sail-angle control without a rudder; Hybrid Voyager adds a thruster and rudder. The technology page gives 125 cm length and about 14 kg mass, emphasizes low power and payload constraints, and says the craft are unsuitable for heavy multibeam survey payloads.

Supports: Silicon Sailor and Hybrid Voyager sailing platforms · technical tags

Derived from Sailbotix: Silicon Sailor uses sail-angle control without a rudder; Hybrid Voyager adds a thruster and rudder. The technology page gives 125 cm length and about 14 kg mass, emphasizes low power and payload constraints, and says the craft are unsuitable for heavy multibeam survey payloads.

Supports: Profile · company stage

Sailbotix: Early-stage platform development. Ocean Startup Project lists British Columbia’s Sailbotix among fifteen teams selected for its 2026 challenge, describing compact offshore-capable autonomous surface vessels for long-duration ocean monitoring. The announcement is programme selection, not production acceptance.

Supports: Profile · reviewed questions.sailbotix-integration-question.question

Derived from Sailbotix: Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · defence applications

Sailbotix: Lightweight remote observation. Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · core features

Sailbotix: 199 cm Solar Sentinel 100. Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · capability type

Derived from Sailbotix: Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · summary

Solar Sentinel 100 is a small solar-powered observation platform designed for modular sensor integration. The site describes lightweight electronics, low-power propulsion and local or remote data access; production status needs confirmation because the dated forecast remains on the page.

Supports: Solar Sentinel compact solar uncrewed vessels · core features

Sailbotix: 100 W solar panel and stated payload up to 6 kg. Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · technicaldomainslugs

Derived from Sailbotix: Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · technicaldomainslugs

Derived from Sailbotix: Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · maturity

Sailbotix: Early-stage product offering with stale production forecast. Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · core features

Sailbotix: Modular sensor interfaces including Ethernet, CAN and USB. Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · defence applications

Sailbotix: Research and educational sensing. Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · technical tags

Derived from Sailbotix: Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · commercial availability

Sailbotix: Inquiry and pre-order route; full-scale production not confirmed.. Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · core features

Sailbotix: ArduPilot and Raspberry Pi software foundations. Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · defence applications

Sailbotix: Ocean monitoring. Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · name

Sailbotix: Solar Sentinel compact solar uncrewed vessels. Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.

Supports: Solar Sentinel compact solar uncrewed vessels · technical tags

Derived from Sailbotix: Solar Sentinel 100 is described as a 199 cm solar USV with a 100 W panel, payload up to 6 kg, modular electronics and ArduPilot/Raspberry Pi software foundations. The page still says full-scale production is pending and anticipates availability in early 2026.