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Product profile

Starling 2 Max

Starling 2 Max is ModalAI’s VOXL 2-powered development drone for computer-vision autonomy and long-range dead reckoning in GPS-denied environments. The NDA...

Facts

Company
ModalAI
Product type
uav
Status
commercial
Primary capability
GPS-denied autonomy development
Website
https://www.modalai.com/products/starling-2-max

About Starling 2 Max

Starling 2 Max combines a carbon-fibre airframe with ModalAI VOXL 2 compute, integrated PX4 flight control and a configurable camera suite. Visual-inertial odometry, time-of-flight sensing and onboard AI support obstacle avoidance, mapping and dead-reckoned navigation without GNSS.

Battery options provide up to approximately 55 minutes of flight, with around 500 grams of available customer payload. ROS, ROS 2 and ModalAI development tools expose perception and flight functions for autonomy research. The aircraft is NDAA compliant and delivered as a complete development platform.

Market context

drone, generated_from_official_reference_16x9, Development Drone, false, development_drone, drone, Development Drone, drone, high, development_drone, drone

Summary

Type: Development drone

Core: Starling Max

Function: GPS-denied autonomy

Audience: Developers

Specifications

airframe_size
512 mm propeller-to-propeller diagonal; 260 mm motor-to-motor width mm
autopilot
VOXL 2
battery
Two 2S 18650 Li-ion batteries in series; 16.8 V maximum V
camera_configuration
C28: dual IMX412 and dual AR0144; C29 adds time-of-flight sensing
cruise_speed_m_s
15 m/s cruise speed m/s
dash_speed_m_s
20 m/s dash speed m/s
dimensions_mm
380 × 450 × 120 mm propeller envelope
flight_time_minutes
55+ minutes min
frame_material
3 mm carbon fiber mm
gps
u-blox M10
ground_control
QGroundControl / MAVLink compatible
motors
2203.5 1500kv
payload_capacity_kg
500 g additional payload kg
propellers
180 mm tri-blade mm
rc_receiver
915 MHz ELRS or 2.4 GHz Ghost Atto
service_ceiling_m
4,000 m MSL m
supported_voxl_sdk
VOXL SDK 1.3 or later
weight_g
566 g take-off weight g
wind_tolerance_m_s
Tolerant to 15 m/s wind gusts m/s

Operations

Environment
aerial operations
Primary user
Drone developers and research teams
Role
GPS-denied autonomy development
Interaction model
remote_and_autonomous
Mobility class
aerial_multirotor
Product detail
drone, generated_from_official_reference_16x9, Development Drone, false, development_drone, drone, Development Drone, drone, high, development_drone, drone

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