A Ukrainian soldier can field an FPV strike drone for less than the cost of a used bicycle. The U.S. Navy is now paying more than half a billion dollars for a single MQ-4C Triton. Both are unmanned aircraft; both fly missions a decade ago no one would have called routine. Between those two extremes sits a ladder of cost that spans nearly six orders of magnitude, and almost nobody lays it out platform by platform, in dollars, with sourcing attached.

That is the point of this piece. UASFeed already runs deep, fact-checked explainers on most of the individual systems below — their histories, their engineering trade-offs, their combat records. This is not another history lesson. It is a comparison, built from figures already verified on this site and re-checked against live sources, showing what each class of drone actually costs, what kind of cost that figure represents, and why conflating "unit cost," "all-up-round cost," and "total program cost" produces some of the worst misunderstandings in defense reporting.

The Attritable Tier: FPV Drones and Light Loitering Munitions

At the cheap end of the ladder sits the first-person-view strike drone that has come to define the Russia-Ukraine war's aerial battlefield. According to David Hambling, writing for the Combating Terrorism Center at West Point in July 2025, a typical FPV airframe can be assembled from commercial components — mostly Chinese in origin — for well under $500. CSIS researcher Kateryna Bondar's 2025 tracking places the broader average, once thermal sights and machine-vision targeting modules are factored in, at $200 to $1,000 depending on configuration. Our FPV drone economics explainer covers the full bill of materials and the failure-rate math that makes those numbers work despite a sub-50-percent hit rate on many sorties. This is a unit assembly cost — the price of parts and labor for one airframe, not a government contract figure, because virtually none of this production runs through a formal defense-acquisition process.

One rung up sits the Switchblade family, and here the cost picture gets more precise because it runs through the U.S. budget process rather than a garage workbench. The Army's own procurement documents give a real per-round figure: the FY2022 budget justification priced a single Switchblade 300 all-up round — airframe, sensor, guidance, warhead, data link, and launch tube — at $58,063; the FY2023 budget listed $52,914, according to 19FortyFive's review of the Army's missile procurement line items. That is an all-up-round cost, not a flyaway aircraft cost, and it is roughly 100 times the price of the FPV drone it is often compared against. The larger Switchblade 600 costs substantially more: Forbes defense writer David Hambling reported in July 2025 that the Army's FY2026 missiles procurement budget prices 294 Switchblade 600 rounds under the Low-Altitude Stalking and Strike Ordnance (LASSO) program at $170,000 each — a figure Hambling set directly against Ukrainian FPV costs of $300 to $460 per unit, a roughly 340-fold gap between the cheapest attritable drone and the cheapest man-portable loitering munition the U.S. Army fields. None of these per-round numbers should be confused with the program-level figure that gets more headlines: AeroVironment's $990 million indefinite-delivery/indefinite-quantity contract, awarded in August 2024, is a five-year production ceiling covering all Switchblade variants — not a per-unit price. Full detail on the variant tree and that contract sits in our Switchblade family explainer.

Interceptors: Paying More to Shoot Down Less

Everything above is an attacker's cost. The defender's side of the ledger looks completely different, and the Raytheon Coyote illustrates why. In January 2024, the Army awarded RTX $75 million for 600 Coyote 2C interceptors under rapid acquisition authority — a contract confirmed by C4ISRNet's February 2024 reporting, which put the per-round price at $125,000, a figure derived directly from dividing the contract value by the unit count. By September 2025, the Pentagon had converted that urgency into scale: a $5.04 billion indefinite-delivery/indefinite-quantity contract covering Coyote interceptors and KuRFS radars through 2033, confirmed via Army Recognition's reporting on the award — the largest counter-drone contract in Raytheon's history, and a program-level figure that should not be read as a per-unit price. Our Coyote explainer covers the Block 2 kinetic and Block 3NK non-kinetic variants in depth, along with Pentagon acquisition chief Bill LaPlante's stated target of getting interceptor costs down toward $10,000 a round — a target the $125,000 Coyote 2C sits nowhere near.

Shahed-136 and Geran-2: Mass Over Precision, With a Genuine Cost Range

Iran's Shahed-136 and its Russian-manufactured derivative, the Geran-2, sit in an unusual position: cheap enough to be expended by the thousand, but not nearly as cheap as an FPV drone, and their exact price is genuinely disputed rather than settled. CSIS's cost-effectiveness analysis of Russia's drone campaign — re-verified directly against the live CSIS page — puts the Iran-produced Shahed-136 at $20,000 to $50,000, while separately noting leaked 2022 documents in which Iran billed Russia $193,000 per unit for early transfers. For the domestically-manufactured Russian Geran-2, CSIS's range runs from roughly $20,000–$30,000 in January 2023 estimates up to approximately $80,000 by April 2024 as hardening and countermeasure-resistant components were added — CSIS treats $35,000 as a deliberately conservative midpoint for its own cost-effectiveness modeling. CSIS's Missile Defense Project separately corroborates the broad $20,000–$50,000 band. That is a genuine, source-acknowledged range, not a single hard number, and any article that reports "the Shahed costs $X" without that caveat is oversimplifying a figure serious analysts still argue about. Our Shahed-136 explainer covers the Alabuga production ramp, the Gerbera decoy variant, and the intercept-cost math that makes this platform strategically effective despite a roughly 90 percent shoot-down rate.

The Medium-Altitude Workhorses: TB2, Gray Eagle, and Reaper

Turkey's Bayraktar TB2 built its export dominance on a genuinely disruptive price point: roughly $5 million per aircraft, a figure widely reported across national purchase contexts — including Bosnia's discounted acquisition covered by Balkan Insight and the UAE's 120-unit order covered by Eurasian Times — though Baykar itself does not publish an official price list, so every figure in circulation is a reported transaction estimate rather than a catalog price. That is roughly one-quarter of what the U.S. pays for a baseline MQ-9A, armed with laser-guided MAM-L and MAM-C munitions. Full history and combat record are in our Bayraktar TB2 explainer.

General Atomics' MQ-1C Gray Eagle occupies an odd spot on this ladder: unlike every other platform here, the Army has never published a clean per-aircraft flyaway cost — procurement is tracked at the contract-tranche level instead. The original 2005 engineering and development contract ran $214.4 million; General Atomics' December 2023 award for Gray Eagle 25M production-representative test aircraft, confirmed via The Defense Post's reporting, was valued at up to $389 million without disclosing the aircraft quantity covered. Separately, the Senate Appropriations Committee added $240 million above the FY2025 budget request specifically to buy more Gray Eagle 25M systems for the Army National Guard, per The War Zone's reporting — a program-level add-on, not a per-unit figure. That opacity is itself informative: it is part of why the Army's FY2026 budget zeroed out Gray Eagle procurement before Congress restored funding, a fight our Gray Eagle explainer covers in full.

The MQ-9 Reaper family illustrates why "unit cost" needs a qualifier attached. The U.S. Air Force's own fact sheet, cited by defense-cost trackers including thepricer.org, lists $56.5 million in FY2011 dollars for a four-aircraft Reaper system — sensors, one ground control station, and a Predator Primary Satellite Link bundled across four airframes, not $56.5 million for a single aircraft. Dividing that by four to get "$14 million per Reaper" is exactly the arithmetic this piece is warning against; it strips out that the figure is a system-level, decade-old bundle price, not a current flyaway cost. The export-certifiable MQ-9B gives a cleaner modern data point: the State Department's February 2024 approval of India's purchase of 31 MQ-9B SkyGuardian aircraft, worth just under $4 billion per Breaking Defense's reporting, works out to roughly $129 million per aircraft with munitions and ground stations included — reflecting both inflation and the added certification and sensor integration that distinguish the B-variant. Our MQ-9 Reaper explainer covers the full ER, M2DO, SkyGuardian, and SeaGuardian variant tree.

The High-Altitude Outlier: Triton and the Order-of-Magnitude Jump

Then there is the platform that breaks the scale entirely. The Government Accountability Office's June 2024 Weapon Systems Annual Assessment (GAO-24-106831) found that the Navy's MQ-4C Triton unit cost had risen roughly 79 percent in fiscal base-year 2024 dollars, from $286 million to $513 million, driven primarily by a 2022 Joint Requirements Oversight Council decision to cut the total procurement quantity from 70 aircraft to 27 — spreading fixed development costs across far fewer airframes. InsideDefense's July 2024 reporting on that same assessment cited a Navy spokesperson putting the cost of the newest configuration at approximately $618 million per unit, a 117 percent increase over the original baseline. That is not a typo relative to the Reaper figures above — it is roughly ten times the MQ-9B's per-aircraft cost and more than a thousand times the price of a single FPV drone. Triton's high-altitude, 30-plus-hour maritime surveillance mission and its multi-intelligence sensor suite are genuinely different engineering problems than a tactical strike drone, but the cost delta is also a direct, documented consequence of a shrinking production run — a case study in how program cost and unit cost move in opposite directions when quantities fall. Our Global Hawk and Triton explainer covers the underlying HALE program history and the Air Force's parallel Global Hawk retirement fight.

Why It Matters

Laid end to end, this ladder is the clearest evidence available that "drone" has stopped being a useful cost category. A $500 FPV airframe and a $618 million Triton share a rotor or a wing and an absence of a pilot, and nothing else about their economics. That spread matters for three concrete reasons.

First, it explains the defender's math problem. Russia can launch a Shahed-136 for somewhere between $20,000 and $80,000, by CSIS's own acknowledged range, and Ukraine's most cost-effective response — FPV interceptor drones at $800 to $3,000 apiece — only became viable once a cheap-on-cheap defense layer existed. Before that, the intercept options were a Patriot PAC-3 MSE at roughly $4.2 million or a Coyote 2C at $125,000, both of which lose the cost-exchange arithmetic badly even when they hit their target every time. Cheap mass on the attacking side can only be answered with mass on the defending side; exquisite interceptors built for a handful of high-value threats a year cannot economically absorb a war of thousands of expendable drones a month.

Second, expensive persistent-ISR platforms and cheap attritable drones are not actually competing for the same procurement dollar, even though budget writers increasingly discuss them as if they were. The Army zeroing out Gray Eagle procurement while funding loitering munitions at scale, and the Air Force walking away from Global Hawk while the Navy commits billions more to Triton, both reflect a judgment that survivability against modern air defenses now outweighs persistence — but that judgment costs real money on both sides, and the gap between a $170,000 Switchblade 600 round and a $513 million Triton reflects a fundamentally different theory of how a platform survives contact with a peer adversary.

Third, and most practically: precision in how these numbers get reported matters. A unit flyaway cost, an all-up-round procurement price, and a total program contract ceiling answer three different questions, and treating them interchangeably — as much casual reporting on drone costs does — makes cheap systems look more expensive than they are and expensive systems look cheaper. The Reaper's $56.5-million four-aircraft bundle divided into a misleading "$14 million each," the Switchblade's $990-million program ceiling mistaken for a per-unit price, or a Shahed estimate reported without its documented range: each error distorts the cost ladder this piece has tried to lay out honestly, figure by figure, source by source.

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