I ran out of Bluebook tests, so I found SAT Panda.
Is it worth buying the June and May Tests from them?
And also, what about the free exams? Are they accurate to what people going to see on the August Test coming up?
I am a high school senior working on a passive ankle rehab device I'm calling PAAD (Passive Assistive Ankle Device). It's adapted from Clemson's PAHD hamstring project out of the HuMBL Lab. Posting because I want honest feedback from people who actually treat lateral ankle sprains before I run peer testing on v1.3.
**What it is**
A wearable for athletes coming back from lateral ankle sprains (ATFL tears from inversion on cuts and jump landings). Elastic resistance tubing runs from a rigid insole plate up to a calf strap. Depending on where you clip the tubing, it passively loads the ankle through one of four movements: eversion, inversion, dorsiflexion, or plantarflexion. Goal is faster return to play. Secondary use is a warm-up for healthy players for injury prevention.
**Where I'm at**
v1.0 self-test failed in three ways (flat TheraBand produced no real resistance, calf strap migrated down under load, insole didn't fit the shoe). v1.1 rebuilt all three subsystems and I'm about to start peer testing with a few athletes.
**What I'd love feedback on**
Happy to share build docs, photos of v1.1, and more info about this project. Not selling anything, not asking anyone to be liable for the advice, just trying to make v1.3 better than v1.0.
I am a high school senior working on a passive ankle rehab device I'm calling PAAD (Passive Assistive Ankle Device). It's adapted from Clemson's PAHD hamstring project out of the HuMBL Lab. Posting because I want honest feedback from people who actually treat lateral ankle sprains before I run peer testing on v1.3.
What it is
A wearable for athletes coming back from lateral ankle sprains (ATFL tears from inversion on cuts and jump landings). Elastic resistance tubing runs from a rigid insole plate up to a calf strap. Depending on where you clip the tubing, it passively loads the ankle through one of four movements: eversion, inversion, dorsiflexion, or plantarflexion. Goal is faster return to play. Secondary use is a warm-up for healthy players for injury prevention.
Where I'm at
v1.0 self-test failed in three ways (flat TheraBand produced no real resistance, calf strap migrated down under load, insole didn't fit the shoe). v1.1 rebuilt all three subsystems and I'm about to start peer testing with a few athletes.
What I'd love feedback on
Happy to share build docs, photos of v1.1, and more info about this project. Not selling anything, not asking anyone to be liable for the advice, just trying to make v1.3 better than v1.0.
I am a high school senior working on a passive ankle rehab device I'm calling PAAD (Passive Assistive Ankle Device). It's adapted from Clemson's PAHD hamstring project out of the HuMBL Lab. Posting because I want honest feedback from people who actually treat lateral ankle sprains before I run peer testing on v1.3.
What it is
A wearable for athletes coming back from lateral ankle sprains (ATFL tears from inversion on cuts and jump landings). Elastic resistance tubing runs from a rigid insole plate up to a calf strap. Depending on where you clip the tubing, it passively loads the ankle through one of four movements: eversion, inversion, dorsiflexion, or plantarflexion. Goal is faster return to play. Secondary use is a warm-up for healthy players for injury prevention.
Where I'm at
v1.0 self-test failed in three ways (flat TheraBand produced no real resistance, calf strap migrated down under load, insole didn't fit the shoe). v1.1 rebuilt all three subsystems and I'm about to start peer testing with a few athletes.
What I'd love feedback on
Happy to share build docs, photos of v1.1, and more info about this project. Not selling anything, not asking anyone to be liable for the advice, just trying to make v1.3 better than v1.0.