1. Why is a russian soldier very happy to receive an 8-year-old NanFang 150 cc motorcycle? The answer has a lot to do with #drones and why speed matters.
2. In #Ukraine, armed drones are deployed by the thousands, and constantly attack vehicles & soldiers. Without costly electronic countermeasures, small drones are difficult to defend against.
3. These drones are mostly repurposed hobby-grade toys that were never intended for this application. For combat, they have to carry a heavy munition & heavy battery many km, and then chase down a target. All that weight limits its top speed to about 100 km/h.
4. Large, slow-moving vehicles like this russian beauty are easy prey for FPV drones. FYI, this is a UAZ-39094, which is a truck variant of the more common Loaf van. It has 112 HP and is unlikely to be very fast when loaded. At least 20 of these have been destroyed in Ukraine.
5. Off-road motorcycles have become popular with both sides in Ukraine because these bikes are small & fast. Here, one lucky russian is using a 250 cc (enduro?) motorcycle. Two other russians have scooters (with street tires) that will not last long.
6. Most of the russian soldiers’ motorcycles are donated like the bikes shown here. These ones are decent and have a top speed of 140 km/h, which in principle is fast enough to outrun most FPV drones. But there are nuances.
7. Larger vehicles are quickly destroyed by drones so russians are using motorcycles to transport fairly heavy loads including water and ammunition. This weight will make the bikes much harder to drive at speed. (Transporting ammunition in a water bottle is an interesting idea.)
8. Sometimes the loads are very heavy like carrying two mortar rounds. It would be really difficult to maintain speed with this load. Even then, two rounds are not very much ammunition. Using motorcycles for logistics also requires many trips.
9. The roads are often extremely rough as shown by these 3 frames taken from a russian video. There are a lot of burned russian vehicles and debris. When wet, this road will be muddy and almost impossible for motorcycles.
10. Bikes are also fairly fragile, easily damaged but not easy to fix. This one (a Chinese-made Champ) was damaged by a small anti-personnel mine. Spare parts & maintenance for these in a warzone will be difficult.
11. The russians also use motorcycles on the frontline for assaults. Here, a russian with a gun has a new (likely donated) motorcycle. This bike is made by Racer who assembles these in russia from random imported parts. Top speed is listed as 120 km/h.
12. This photo gives an idea of how well motorcycles work for russian assaults. Notice how the 22 burned motorcycles are clustered around armoured vehicles, like the riders were trying to find cover. Travelling tightly grouped with slower-moving armour seems a bad idea.
13. As mentioned, motorcycles are easily damaged, and with that goal Ukraine has been using drones to place small mines. Because these mines are small, a single drone can drop several along a road.
14. In principle, motorcycles are fast enough to outrun a FPV drone. However, this requires a skilled rider. There are many videos where the rider did not or could not ride fast enough. Here is an image from a FPV drone that chased down a motorcycle.
15. Perhaps most of the russian’s motorcycles are donated. Many of these, like the street bikes shown here, are wildly unsuitable for the terrain. These bikes would be almost unrideable in loose dirt & mud. (If you recognise this model of bike, please comment.)
16. How did the happy rider in #1 fair? His NanFang 150 -5A had a top speed (when new) of 90 km/h, so perhaps not so well. Speaking of unlucky, it sure looks like the russian soldier in this photo is riding a kid’s dirt bike.
17. In summary, outrunning a drone is possible but hard. If you found this thread useful, please repost as a quote. Respectful comments are welcome. Also consider reading my previous threads listed under “Highlights”.
PS, if you know what is in these pails, please comment.
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1. Developing a new weapon is hard so why not just copy another company’s design? Fibre optic drones are a hot product and part 4 of this series looked at a company (Skywalker) who developed their own. Other companies have rushed to make similar weapons.
2. Here are two fibre optics kits made by the Chinese company, Skywalker. Opening the boxes is the likely owner of PGI Technology, which operates in China but is effectively russian. Initially, this photo was confusing. Was Skywalker collaborating with PGI Technology? Nope.
3. PGI bought these two Skywalker kits with the goal of copying the technology and selling their own version. The following photos are very unusual since they show the design process. Here is the Skywalker canister with a large drone frame.
1. Need to ship weapons? The previous thread in this series showed a small russian company, PGI Technology, making electronic warfare systems in China. But how do they ship these systems & other equipment to russia?
2. PGI Technology showed this photo of equipment being prepared to ship from China to russia. The packing tape has a company name & phone number on it. Note the Wallace restaurant and #24 bus across the street.
3.PGI also showed a video of this heater but it is the background that is interesting. Visible is the company name (3188 Kapro) and a phone number. There are also signs on the steps written in russian.
1. This is a look at a small russian company that operates in China and exports military equipment to russia. One interesting aspect is this company manufactures some equipment, including electronic warfare kit, and places its logo on the products.
2. It currently calls itself “PGI Technology” but there are also references to “Dongguan PGI Technology”. Its location is murky but a now-defunct website gave an address in Tangxia Town in Dongguan.
3. This is a very small company likely run by the single person shown here. He is easily identified by a distinctive tattoo on his left arm. Oddly, his face is obscured in some videos but not in others. Here he is testing a drone jammer.
1. Combining a low-cost drone with a fibre-optic communication link produces a formidable weapon that is impervious to electronic defenses. Here is a look at how a small Chinese company called Skywalker developed an easy-to-use fibre-optic kit that has changed the war.
2. Skywalker posted several videos while developing fibre optics for drones. The first was a short-range, e.g. 100 metres, test in June 12, 2024. The spool of fibre optic was not on the drone but remained on the ground. A rod prevented the fibre from tangling in the propellers.
3. The first video also showed a number of landmarks that help determine its location. The large building in the background is part of a pharmaceutical industrial park.
1. Part 3 of Making Money from a War visits an office with a fantastic view. The Chinese company, Skywalker posted a number of videos including one from a fancy office building. A close look produces questions.
2. Skywalker posted a video showing how to attach a bomb release to a pricey (€13500) DJI Matrice 300 drone. It holds two rounds under the drone with a control module mounted on the top of the drone. There is also an excellent view from the office windows.
3. One question is, where is this office? The shadows suggest this view is towards the west. There is a straight road close to a water front and a group of very tall buildings is seen in the distance. A large, low building is at the bottom of the photo.
1. Part 1 of this series looked at a video posted by the Chinese company Skywalker Technology. The video pointed to a company called DSTech UAS. Part 1 showed their factory and offices.
2. Now that the company with three names (DSI Drone System Innos, DSTech UAS, Dongshengtai Technology) has been introduced, let’s look at what they are up to. They make their own fixed-wing drones starting with moulds.
3. Making these drones involves a lot of hand work: notice the lack of powered equipment. Here, vacuum bags are used to press the material into the mould. This company uses both fibreglass and carbon fibre for its drones.