Aero position problems are rarely about one simple question like whether you should go lower. The real issue is whether the setup is fast and sustainable at the same time. If the position collapses after ten minutes, restricts breathing, overloads the neck or ruins power production, it is not truly aero in any useful sense.
You work directly with me, Lloyd Thomas. Aero work starts with the rider under load, not with a screenshot. I look at how your body supports the position, how the contact points behave and whether the bike shape actually allows the changes you are trying to make.
Fast only matters if you can hold it
Aero position problems usually show up in predictable ways: the position looks low but feels unstable, you lose power when trying to stay tucked, the shoulders and neck overload or breathing quality drops so much that the theoretical gain disappears.
The goal is not to chase the lowest-looking setup. The goal is to reduce drag while keeping enough stability, breathing quality and power production to make the position useful on the road or in racing.
How I approach aero work
I start with the rider and the event demands. Then I look at contact points, support, pelvic control, shoulder and head position, front-end structure and how the bike itself limits or enables the changes you want.
The best aero position is the one you can repeat when it matters, not the one that only looks fast in a still image.
Who this is for
This is most useful for triathletes, time trial riders and road riders who want more speed without building a position that falls apart under fatigue.
If your main issue is broader discomfort rather than aero-specific performance, the general problem-solving fit page is usually a better starting point.
