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Schedule Risk vs Float

How many days of risk sit on your critical path?

List what could slow the job down. We model each delay with a three-point estimate, run a Monte Carlo simulation, and show whether the float you actually hold absorbs the risk, or whether the completion date is already exposed. Free, private to your browser, and precise.

1 Your programme
2 What could delay it
3 Float vs risk
4 Branded review

Your programme

months
days
The schedule buffer between your planned finish and the contractual completion date. Zero means the plan finishes exactly on the deadline.

What could delay it?

tap to add
P--
Float coverage
Modelling

Building your schedule position

Add or adjust delay drivers on the left. Results update as you go.

Expected slip
0 d
risk-weighted delay
Float held
0 d
buffer to deadline
Adequacy
--
float vs expected slip
P80 slip
0 d
to cover 4 in 5 outcomes

Float adequacy

The percentile of modelled schedule risk your float covers.

Delay risk curve

Probability the total slip stays at or below a number of days. Green line is your float.

Where the delay sits

Your drivers ranked by expected days of slip, not by colour.

What each buffer level would cover

The float you would need to reach each confidence level, and where you sit now.
Reltic VDC

Turn this into a senior review.

Get this model as a branded Reltic VDC report, and open a private space to share the programme and procurement log for an independent read before your GMP locks the date in.