I have a power curve at the wheels for a Caterham Blackbird (not my car, but the same fuel injected lump). Honda claimed 164bhp, but that's at the crank, with "ram air" yadda yadda. The dyno shows 132 bhp peak at the wheels.
I took that curve and fed it into excel to create a torque-at-the-wheels vs engine rpm graph.
Then factor in the gear ratios, final drive reduction and diff ratio, wheel diameter, and you get torque-at-the-wheels vs road speed for each gear.
This basically allows you to see waht the optimum change up rpm for each gear is i.e where the torque in the lower gear drops below that available in the higher gear.
Not unsurprisingly it reveals you should change up on the limiter in every gear!
Then I searched for a nearest equivalent CEC dyno plot. The closest I could find was 1.8K-Series with 140 bhp at the wheels.
Did the same calcs and overlaid the curves for 6th gear (both cars geared for around 130mph top end).
It is obvious that the CEC torque spread is a lot wider than the BEC.
That's what gives the perception that the CEC "has more torque". The peak isn't higher but the spread (of road speed) is wider.
However the BEC has less weight so a drag race would be pretty even.
Add a few corners and "add lightness" might well win! 😬