Diplegic Cerebral Palsy: A Daily Care Guide

When both legs are affected by cerebral palsy and the arms are largely spared, that specific pattern — diplegic cerebral palsy — creates a set of care priorities that differ from other CP types. Parents navigating diplegia often find that general CP resources don't quite fit. The physio talks about tone, the orthotist talks about AFOs, the school talks about access needs — and you're left synthesising it all at home, usually without a guide that speaks to the diplegia picture specifically.

What Diplegic Cerebral Palsy Looks Like Day to Day

Diplegia is the most common form of spastic cerebral palsy, accounting for roughly 40% of all CP diagnoses. The defining feature is bilateral leg involvement, with the arms typically less affected or spared entirely. In practical terms:

- Walking may be possible, though gait is often characterised by scissoring (legs crossing at the knees), toe-walking, or a crouched pattern
- Hip, knee, and ankle tightness are the primary management targets
- Fine motor skills are usually much stronger than gross motor — many children with diplegia write, draw, and use technology with relative ease
- Fatigue from the physical effort of walking is real and consistently underestimated

GMFCS level matters significantly here. A child with diplegia at GMFCS I may walk without any aid by school age. At GMFCS III, a walker or forearm crutches may be the primary mobility method. Most children with diplegia fall into GMFCS levels I–III, but there is meaningful variation even within those levels, and functional ability can shift considerably between early childhood and adolescence.

Understanding your child's GMFCS level isn't just a clinical label — it shapes which interventions are appropriate, what milestones are realistic, and how school and home environments should be adapted.

Daily Care Priorities in Spastic Diplegia

The spasticity in diplegic CP targets specific muscle groups — primarily the hip adductors, hamstrings, and gastrocnemius (calf). This shapes day-to-day care:

Stretching and positioning. Morning stiffness is common. Many families build a brief stretching routine into the morning before the child gets out of bed — gentle hip abduction, hamstring lengthening, and ankle dorsiflexion stretches. Even five minutes can reduce the spike in tone that makes the first hour of the day hardest. Your physio can prescribe a home routine appropriate to your child's tone levels and GMFCS level.

Orthotics compliance. AFOs (ankle-foot orthoses) are prescribed to maintain range of motion and support gait mechanics. They also tend to be uncomfortable, hot, and frequently resisted by children who just want to be kids. Tracking actual wear time rather than intended wear time gives the orthotist and physio better data to work with. If wear time is consistently below target, that is information worth sharing — not something to obscure because it feels like a failure.

Fatigue management. Walking with elevated muscle tone burns significantly more energy than typical gait. Children with diplegia often hit a wall mid-afternoon in ways that can look like behaviour problems but are actually physical depletion. Logging energy and mood alongside activity — even roughly — gives the school and your care team a clearer picture of where the day breaks down and why.

Night positioning. For some children, particularly those at GMFCS II–IV, night-time positioning equipment is prescribed to counter the effects of tone during sleep. Compliance and skin integrity are worth checking and noting consistently, since pressure marks can escalate quickly and night equipment tends to get silently abandoned if it's uncomfortable.

What to Track Between Physio Appointments

Physiotherapy appointments for diplegic CP typically happen every four to twelve weeks depending on age, GMFCS level, and what's being actively managed. That gap is where the data gets lost.

The information most useful to capture:

Spasticity patterns. Does tone seem higher in the morning, after illness, during growth spurts? Physios need this temporal context to make decisions about tone management — including Botox timing. A general impression of "it's been a bit worse" is far less useful than "the last three weeks before this appointment, morning spasticity has been consistently higher than the previous period."

Gait observations. Is scissoring increasing? More toe-walking than usual? Are falls happening more frequently, or on a particular surface? These are early signals that warrant discussion before the next scheduled appointment, not after.

Orthotics wear. Actual daily hours worn, any red marks or pressure areas, any complaints about fit. The orthotist cannot see what happens between clinic visits. You can.

Therapy exercise compliance. Which home exercises were done, which were skipped, and why. If an exercise is consistently not happening, there is usually a reason — difficulty, pain, time — that the physio needs to know in order to adjust the programme.

Sleep quality. Both the child's sleep and the caregiver's. Fatigue accumulates across the whole family, and a caregiver running on poor sleep makes different observations than a rested one.

A thirty-second daily log is enough. The goal is not clinical documentation — it is pattern capture. The data becomes genuinely useful when you can say, for the three weeks before the last Botox round, spasticity was rated seven or eight out of ten most mornings; this round it is four or five by midday — rather than working from a general sense that something feels a bit better.

Working With the Multidisciplinary Team

Diplegic CP care typically involves a physiotherapist, an orthotist, sometimes an occupational therapist, and for many children a developmental paediatrician or neurodisability consultant. At key ages — usually around four to five, seven to eight, and early adolescence — a surgical review may be added to assess whether selective dorsal rhizotomy or orthopaedic procedures are appropriate.

The challenge is that none of these providers reliably communicate with each other. You are the continuity. When the physio asks what the orthotist said at the last appointment, or the school asks what the physio recommends about seating, you are the link. That coordination burden is real. Having a consistent record of observations, decisions, and recommendations — even informal notes — makes it significantly more manageable than trying to reconstruct from memory in a clinic corridor.

Diplegic cerebral palsy is manageable, and the children who do best over time tend to have caregivers who track what is actually happening rather than approximating it. Not because perfect data produces perfect care, but because accurate patterns help the team make better decisions faster. The Eir app was built to make that daily logging take under a minute — so the record exists when you need it, without adding more weight to an already full plate.