We have more and more camera users each year going back to white strobe flash because they realize that avoidance isnt the issue its made out to be. Our sales prove it and the consumers using them continually send us images with their endorsements.This is especially true when you are able to deploy cameras and not visit the camera site leaving scent and bumping deer in the process. I have numerous images of deer of all age classes unaffected by white flash and IR without bait as a neutralizer. In our opinion ,The number one factor in camera avoidance is the camera being "new" to a particular location and the presence of human scent in the area. We talk cameras daily with everyone from the average whitetail hunter to wildlife research professionals using cameras for populations surveys of all types of animals such as bengal tigers, jaguars and ungulates of all types(including whitetail deer). There are multiple factors in camera avoidance and to label it completely on one factor such as flash type simply isnt true.
From personal experience, Visible IR illumination when using video mode can cause some avoidance but set to take images only has not caused avoidance to any degree. White flash his proving to help even more when low res images are transmitted and avoidance has not been an issue. White flash sales are growing rapidly to the point where we are having a hard time forecasting.
Like CSPOT stated I average 2-3 images a year where i end up pulling off the card for multiple reasons. The benefits of low res image transmission far outweigh the disadvantages.
Avoidance is a HUGE issue for some applications and inconsequential for others. Well over 30% of the thousands of images I use every year would be useless at thumbnail resolutions for my application. The ONLY benefit to low resolution is the reduction in data rate for systems that don't have the capacity to handle higher data rates or to reduce cost of data transmission in cell systems that use the paid public networks.
There is also a BIG difference between camera avoidance and flash avoidance. There are lots of factors that cause camera avoidance including the mechanical filters used in low end cameras that make noise verses dual lens designs that are silent. Flash avoidance is different. Different species have different vision and tolerance levels and can't be compared. Visible IR, commonly called "Red Blob" cause significant avoidance problems that are statistically measureable. Young deer have low avoidance and curiosity and trigger the camera with abandon. Mature bucks (as a whole), when no point source attractant is used, are very quick to avoid the Red blob. It is not uncommon to get one picture of a mature buck close to the camera and never have him trigger the camera again. That does not mean he has left the area. Quite often you will get pictures triggered by young deer with the mature buck on the very fringe of the flash. They simply keep younger deer between them and the "Red Blob" that they are not quite sure of. The result is sex and age skewed survey data. Everyone should keep in mind that when I say "Mature bucks (as a whole)" or talk about any other class, we are talking about the middle of a bell shaped curve. Deer are individuals and have individual responses, so one can always find testimonials with countering examples of individual deer. I've run Red Blob against black flash 24/78/365 and looked at the statistical difference when it comes to age and sex bias in avoidance. The hard data shows the real picture.
Does any of this matter to the hunter? It depends on what you are trying to do. Folks just trying to see what is in the area may not care. Folks trying to pattern individual bucks will care.
What sales folks see in sales data only prove one thing: How effective marketing is!
You would fair much better discussing the characteristics of your cameras and helping folks navigate the long threads off issues they are having and let them decide if those characteristics fit their application rather than trying to tell them you have a one size fits all system.
From reading your threads, it is very clear that the Cudde system is a low-cost, great fit, system for some applications and a complete non-starter for others.
The last thing I want to do is tell folks which camera will best fit their application. I've been impressed to see how many different and creative ways folks employ game cameras to accomplish their needs. I can certainly tell folks how deer respond to illumination characteristics but only they can tell if it matters to them.
Thanks,
jack