Tag Archives: Spartan Mosquito Pro Tech

Posts about Spartan Mosquito

Here are all my posts that mention the Spartan Mosquito Eradicator or the Spartan Mosquito Pro Tech. The company is suing me for my 2019 review (#1). If they hadn’t sued me I likely would have only a single post about the company, which very few people would ever read. But I don’t like bullies and I don’t think large companies should be allowed to use lawsuits to silence critics, so I added more. Please share.

  1. Spartan Mosquito Eradicator (review)
  2. 15 mosquito-control strategies that don’t work
  3. Spartan Mosquito v. Colin Purrington
  4. Spartan Mosquito Pro Tech
  5. Class action suit over Spartan Mosquito Eradicators
  6. Experiments on Spartan Mosquito Eradicators
  7. Yeast-based mosquito control devices
  8. Does the Spartan Mosquito Pro Tech attract mosquitoes?

Reporter?

There’s likely a fun story here. Owner of sandwich franchise becomes head of $100 million company that sells tubes of sugar water to kill mosquitoes. Here’s his pitch:

“We’ve come up with the most economical, easiest, most effective mosquito-control measure pretty much in the world” — Jeremy Hirsch, inventor of the Spartan Mosquito Eradicator (source)

Then he lashes out with SLAPP when naturalist/blogger from Pennsylvania (me) points out the obvious that device is a complete scam. Company then hires lobbying firm behind Brexit to get a “new and improved” tube approved by EPA (see #4). And it’s not over: in 2021 the class-action lawsuit (see #5) will likely subtract $5 million from Spartan Mosquito’s coffers, not counting the legal fees that are probably already in the millions. Will the FTC get involved like it has for other mosquito-control scams? Does the EPA care it’s been snookered?

Contact me for more details. There’s also extensive coverage of Spartan Mosquito on Twitter (99% of it from me). And the American Mosquito Control Association‘s Science and Technology Committee prepared an extensive report on the company and its devices.

To get a quick feel for the inventors and founders of Spartan Mosquito, here’s a Twitter thread featuring Jeremy Hirsch and Chris Bonner.

Spartan Mosquito Pro Tech
Spartan Mosquito Pro Tech box with claims
“Kills mosquitoes that may carry West Nile Virus, Zika Virus, Chikungunya, Dengue Fever, St. Louis encephalitis, Western equine encephalitis, and Eastern equine encephalitis for up to 30 days” [Spartan Mosquito Pro Tech box claims]

Does the Spartan Mosquito Pro Tech attract mosquitoes?

This post evaluates the claim on the label, “mosquitoes will gather near them”. Per the company, it is the first step in how the device kills mosquitoes. I.e., the device needs to attract mosquitoes if it is going to work.

mosquitoes will gather

Evaluating the claim

I used a security camera to record activity around the cap area. Here’s a photograph of how I arranged everything:

Spartan Mosquito Pro Tech with security camera

Below is a 15-second time-lapse to show that small insects such as ants were easily visible, even at night. I think they are Prenolepis imparis, which are 3-4 mm long —mosquitoes are larger and thus would be detectable even in flight.

On the day that began filming (September 2nd, 2020) I counted over a dozen mosquitoes (all Aedes albopictus) landing on my arms and legs within 30 seconds. According to the instruction sheet, the device begins to work instantly, as soon as water is added, so an hour of remote, video observation should be a sufficient amount of time to evaluate the attraction claim.

Spartan Mosquito Pro Tech begins working instantly

I collected continuous footage for over a week, ending observations on September 10th. The mosquitoes were still plentiful on that day.

Results

During 183 hours of footage, I couldn’t find a single mosquito on or near the device. Here are the contents. I also posted a photograph to iNaturalist.

Conclusion

I don’t understand how the device can kill mosquitoes.

In related news, I’m aware of three of other people who have used security cameras to assess whether mosquitoes gather around Spartan Mosquito Eradicators. None found mosquitoes.

Footage

In case anyone might be skeptical of my results, I decided to upload all 183 hours of footage onto YouTube. I had to break it into 16 segments due to size limits on YouTube.

Experiments on Spartan Mosquito Eradicators

Research conducted in Florida found no evidence that Spartan Mosquito Eradicatiors are effective mosquito-control devices. Here’s the citation:

Aryaprema, V.S., E. Zeszutko, C. Cunningham, E.I.M. Khater, and R.-D. Xue. 2020. Efficacy of commercial toxic sugar bait station (ATSB) against Aedes albopictus. J. Florida Mosquito Control Association 67: 80-83. PDF

Laboratory experiment

Below is a rough reconstruction of the laboratory experiment they conducted. In each of the cages (BugDorm-2120), 100 male and 100 female tiger mosquitoes (Aedes albopictus) were released, then monitored for mortality at 24, 48, and 72 hours.

Schematic of laboratory experiment based on description in Aryaprema et al. 2020.

Below are the cumulative mortality data for the three cages. Result: the Spartan Mosquito Eradicator filled with the provided packet ingredients (treatment) did not result in higher mortality. I.e., there was no evidence the device killed mosquitoes under laboratory conditions.

Field experiment

The researchers also conducted a field experiment using two sites that had large populations of tiger mosquitoes (because of the presence of tires). At each site they deployed five tubes (separated by 4 m), switching whether the tubes were “treatment” or “control” tubes every 2 weeks. A BG-Sentinel trap (without carbon dioxide) was used to quantify mosquito numbers every week.

Schematic of field experiment based on description in Aryaprema et al. 2020.

Below are the weekly numbers of mosquitoes caught in the BG Sentinel traps. Results: there was no evidence that presence of treatment tubes (filled as per company guidelines) reduced the numbers of mosquitoes at the sites.

Conclusions

The scientists concluded that “Both laboratory and field components of our study show that the Spartan Mosquito Eradicator is not effective in reducing abundance of Ae. albopictus.” They speculate that the contents do not attract mosquitoes and that the holes on the device (~3 mm) are too small for mosquitoes to easily reach the fluid inside. They also highlight the need for an experiment to evaluate whether the active ingredient (1% sodium chloride) kills adult mosquitoes. I.e., even if mosquitoes were attracted to Spartan Mosquito Eradicators and could easily get inside, the salt might not be lethal.

Update: the salt experiment has been conducted.