It depends on how you calculate the BC. Over what range and by what metric. 100-200yd high velocity published BC's is nothing new.
If you go 0-1200 the BC that matches my real world/doppler results (MV 2750fps) for retained velocity is ~.265 G7. For drop at 1200 it's about .280. For 600yd velocity it's ~.280, and for 600yd drop it's .295. To match 200yd velocity it's about .285.
Which kinda serves to show the subtle issues with BC-based solvers. You're making the assumption that the drag profile of the bullet you're using matches up with the G7 standard projectile and most of the time it doesn't. If I were shooting a 6mm Creedmoor my BC numbers would be different from the above. Using a simple fixed scaling factor like BC is like using a single photograph/frame to represent a video. Sometimes it works well, sometimes it doesn't.
At any rate, if you use 4DoF, you can use the 109 profile as-is (I believe it's on the mobile app), or use a 110 with an axial form factor of 1.05 or 1.06 and it will line up with velocity and elevation all the way out.
I've been shooting the 109's for about a year now. "Almost a 110" is how I'd describe them. A little more drag; not quite interchangeable with 110's, but you don't see the differences until you're poking out there a ways (over 600-700yd). Certainly going to be a solid 'bang for the buck' performer.