Russia's S8000 Banderol Missile Explained

The Banderol Missile As a Drone-Launched Cruise Missile

The S8000 Banderol is a cruise missile designed and manufactured by JSC Kronshtadt Tekhnologii, also reported as Kronstadt JSC. Kronstadt also makes the Orion unmanned aerial vehicle (UAV), a medium-altitude long-endurance (MALE) drone. The Orion was the Banderol's first fielded launch platform, and a cruise missile launched from a drone is the reason its category reads ambiguously.

The Banderol is not a loitering munition, and it is not a one-way attack drone. The DIU describes it as a weapon for stationary targets with pre-determined coordinates, and its 2025 teardown found a turbojet engine driving it. For the drones it appears alongside in strike reporting, see our Geran-4 and Geran-5 profile, the jet-powered Geran-3 / Shahed-238 and our loitering munitions guide.

The DIU has given two different performance sets for the Banderol. Its 2025 teardown, reported by Militarnyi on 12 May 2025, listed a maximum speed of 620 to 650 km/h and a range of 500 km. Its July 2026 press conference gave speeds of 550 to 600 km/h and a range of up to 350 to 400 km.

At that briefing, experts said the 2026 models differ significantly from the 2025 models.

What the 2025 Teardown Found

The 2025 DIU teardown describes a Banderol about 5 m long, with a 2.2 m wingspan and a 30 cm body diameter. It carries 50 to 65 kg of fuel. The DIU listed a maximum speed of 620 to 650 km/h and a cruising speed of 520 to 560 km/h.

Power comes from a Chinese Swiwin turbojet that weighs 8.5 kg. The DIU gave its maximum thrust as 81.6 kilograms-force (kgf) at 65,000 revolutions per minute (rpm). With those engine characteristics, the DIU stated a range of 500 km.

The warhead is the OFBCh-150 high-explosive fragmentation type, with a total mass of 114.3 kg, of which 49.5 kg is explosive. The filling is octogen with aluminium powder, and cyclotetramethylenetetranitramine acts as a plasticiser. At the time, the DIU said the Banderol launched from the Orion drone and that integration into Russian Mi-28N attack helicopters was planned.

Foreign Components Inside the Banderol Missile

The 2025 teardown found components from China, Japan, the United States and South Korea inside the Banderol. The engine is a Chinese Swiwin turbojet, and the table below lists the five other parts the DIU named by manufacturer. The DIU says such components reach Russia through intermediaries, including companies linked to Russian oligarchs and enterprises in Russia's defence-industrial sector.

Ukrainian experts mainly examine Banderols that were downed or failed to explode. The DIU shares component details, including serial numbers, with international partners to strengthen export controls and sanctions policy.

Participants at the July 2026 briefing said existing restrictions are affecting the supply of certain components to Russia's defence industry. A DIU representative also said the Banderol "has already completed the testing phase and moved on to mass production." The participants said that mass production shows Russia can still obtain the electronics it needs through alternative supply channels.

The DIU later put Russia's capacity at up to 80 Banderols a month, with factories running three shifts, according to Militarnyi's August 2026 report.

From the Orion's Wing to a Pickup Bed

The Banderol launches from three kinds of platform, according to the DIU's July 2026 briefing. Russia first fired it from the Orion UAV and has since mastered launches from Mi-28 helicopters and from ground launchers in temporarily occupied Crimea. Before that briefing, the Orion and the Mi-28 attack helicopter were the only known launch platforms for the S8000.

The Colonel GSh Telegram channel published a photo of a ground-based Banderol launcher, reported by Militarnyi on 28 July 2026. The launcher appears to be a compact system on a platform likely meant for a pickup-type vehicle. It was the first time that launcher type had been shown.

Militarnyi noted that a ground launch would require significantly more energy than an air launch, which would inevitably reduce flight range. It suggested Russia may have modified the Banderol, for example with a more powerful engine or a lighter warhead. That is Militarnyi's inference, and no published measurement backs it.

Range explains the launch geography. Militarnyi's August 2026 report describes the Banderol's range as relatively short, about 500 km, which is why Russia frequently launches it from Crimea toward Odesa. In assessing the aftermath of strikes on Odesa, a significant portion of the newly identified weapons were Banderols.

Why FPV Interceptor Drones Fail Against the Banderol

First-person view (FPV) interceptor drones are ineffective against the Banderol, according to the DIU. "Russia is now starting to use the Banderol more and more. This poses a problem for us, since FPV interceptor drones are ineffective against this missile," a DIU representative said at the July 2026 briefing. The reported remarks did not give a reason.

The DIU says the Banderol is designed to engage stationary targets with pre-determined coordinates. Its main targets are port infrastructure, logistics hubs, terminals and food warehouses. It is not used against moving targets or ships.

Ukraine's interceptor drones are covered in our Ukrainian interceptor drones guide, our P1-SUN profile and our FP-1 vs Shahed comparison. No interception count or Ukrainian interception rate for the Banderol has been published. A DIU interception figure would show which defences, if any, are stopping it.

Two Figure Sets for One Banderol Missile

The DIU's Banderol figures changed between its 2025 teardown and its July 2026 press conference. The teardown gave a maximum speed of 620 to 650 km/h, a cruising speed of 520 to 560 km/h and a range of 500 km. The July 2026 briefing gave speeds of 550 to 600 km/h and a range of up to 350 to 400 km.

At the July briefing, experts said the 2026 models "differ significantly" from the 2025 models, which indicates ongoing modernisation after the Banderol entered service. That remark makes two production batches the most likely reading of the two figure sets, though the DIU did not say so directly. We do not average the sets or pick one, because no published source reconciles them into a single range.

The "150 kg warhead" figure is a designation. The warhead is the OFBCh-150, with a total mass of 114.3 kg, of which 49.5 kg is explosive filling. The May 2025 report called it "a 150 kg high-explosive fragmentation warhead, with a total weight of 114.3 kg", which cannot both be true of one object.

Later reports resolve that by naming the warhead OFBCh-150, so use 114.3 kg and 49.5 kg as the masses.

No DIU statement or Russian source gives a Banderol unit price, a total built to date or a cumulative launch count. No seeker type, navigation suite or accuracy figure has been published, and Russia has issued no official specification of any kind. A Russian specification, a DIU guidance description or a third DIU figure set would change this read.

Before citing a Banderol missile range, read the 2025 teardown report and the July 2026 briefing report, then name which one your figure comes from. For a Ukrainian cruise missile profiled the same way, see our FP-5 Flamingo page.