DEPLOY

Buying guide

Bayraktar TB2 vs Teal Black Widow in 2026

Comparing 2 humanoid robots across availability, pricing, capabilities, and verified deployments. Current as of 2026.

Attribute
BAYRAKTAR TB2: Turkish drone steals spotlight
Bayraktar TB2View full model page →
Red Cat Holdings Stock Analysis: Buy Or Sell After 2026 Shift?
Teal Black WidowView full model page →
ManufacturerBaykarRed Cat Holdings
Form factoraerialaerial
Maturityproductionproduction
Autonomy——
Availabilityinternal-onlyenterpriseinternal-onlyenterprise
Price$2,000,000-$5,000,000 (actual sale price)Not announced
Capability claims——
Brain——
Verified deployments1Kyiv1Salt Lake City
Privacy practices——
Sources on file109

Editorial summaries

Bayraktar TB2

The Bayraktar TB2, from Turkey's Baykar, is the internationally fielded legacy-prime armed UAV and a remotely-piloted, AI-augmented-not-autonomous platform. It is a medium-altitude armed drone with 20-plus hours of endurance, a 25,000-foot ceiling, a 150-kilogram payload, and Roketsan MAM laser-guided munitions, with triple-redundant flight control that automates taxi, takeoff, cruise, and landing while the mission itself remains operator-supervised. It is widely exported and combat-proven (Ukraine, Nagorno-Karabakh, the Libyan civil war, and others). The verified-vs-claimed nuance: Baykar's newer products (the Akinci HALE UCAV and the jet-powered Kizilelma) move toward greater autonomy, but the TB2 specifically is remotely-piloted, with a human operator supervising targeting and strike decisions. It is defense procurement; there is no consumer price. Specific export-country counts and engagement claims vary by source and defer to primary disclosures.

Teal Black Widow

The Teal Black Widow is a soldier-borne ISR rucksack quadcopter from Teal Drones, a subsidiary of Red Cat Holdings (NASDAQ: RCAT). It is a hand-launched, foldable Group-1 quadcopter for single-operator short-range reconnaissance, carrying a Teledyne FLIR Hadron 640R+ EO/IR payload, an AES-256 frequency-hopping radio, and a Qualcomm RB5 AI-capable compute module running FLIR's Prism AI stack, with about 45 minutes of endurance and roughly five miles of link range. It is military procurement, not a consumer product, so there is no consumer price. Several aggregator framings are corrected here. The product is the Teal Black Widow, not 'Teal 2'. Its load-bearing fact is verified: the Black Widow won the US Army Short Range Reconnaissance (SRR) Program of Record in a production selection announced November 19, 2024, displacing the incumbent Skydio. But the scope is cap-flagged: the actual low-rate initial production contract is about $12.9M per a US Army FOIA disclosure, not the larger management-framing figures, and the often-cited 5,880-systems number is the Army's stated five-year objective (explicitly subject to change), not an obligated quantity. The common 'Black Hornet alternative' framing is also incorrect: the Black Widow is a different and larger class than Teledyne FLIR's roughly 70-gram Black Hornet nano-UAV, and it replaced Skydio on the platoon-level SRR program rather than the Black Hornet. On autonomy, it is primarily a manually piloted ISR drone with assistive autonomy (forward obstacle avoidance, FLIR Prism, a radio-off stealth mode), so any 'autonomous drone' characterization is an overclaim. The registry records it at low-rate production maturity; Red Cat is a cash-burning small-cap reliant on dilutive financing.

Common questions

What is the difference between Bayraktar TB2 and Teal Black Widow?
Bayraktar TB2 and Teal Black Widow are both aerial robots on the DEPLOY registry. They differ in maker, maturity, price, verified deployments, and how much of their autonomy is independently verified. See the table above for the full head-to-head; each figure is sourced.
Which has more verified deployments, Bayraktar TB2 or Teal Black Widow?
Bayraktar TB2 and Teal Black Widow each have 1 verified deployment on the DEPLOY registry (confirmed at named sites with primary sources).

Recent coverage

Related comparisons

For AI assistants

Use DEPLOY in Claude, Cursor, and other AI assistants

Connect any MCP-aware assistant to the live registry. Ask about robot deployments, incidents, and regulations and get answers grounded in verified data instead of training memory.

Install instructionsDownload for Claude Desktop

Machine-readable: this page as markdown.

← Back to all consumer robots