Voluntary Redevelopment Scheme (VERS): Addressing Lease Decay and the True Value of HDB Flats
As Singapore prepares to roll out the Voluntary Early Redevelopment Scheme (VERS), the focus shifts to lease decay, the asset value of HDB flats, and ensuring fairness for both current and future generations.
Understanding Lease Decay in Singapore’s HDB Model
Singapore’s public housing model operates on 99-year leases, allowing land to be recycled for future generations. While HDB flats serve as both homes and assets, their value inevitably declines as leases run down.
The upcoming Voluntary Early Redevelopment Scheme (VERS) is expected to let precincts of about 70 years old vote on whether the Government should acquire their flats for redevelopment—offering a longer-term solution that sits beyond the limited scope of SERS.
VERS vs SERS: What’s the Difference?
- SERS: Full market-value compensation, but only for selected sites with strong redevelopment potential.
- VERS: Designed for broader application; compensation is expected to be less generous, reflecting the reality of expiring leases.
A Shift in Mindset: From Asset Growth to Realistic Value
HDB resale prices have risen over the decades, but leasehold flats cannot be perpetual nest eggs. Once a lease expires, the unit reverts to the state with no residual value. Policymakers have underscored this “lease reality”—homeowners should plan housing and retirement with these constraints in mind.
Implications for Homeowners
- Retirement planning: Do not rely on older flats to fund retirement once leases near expiry.
- Market behaviour: Buyers are increasingly cautious about ageing flats with shorter remaining leases.
- Policy clarity: VERS prioritises fairness and sustainability, balancing current owners’ interests with land recycling for future needs.
Looking Ahead
The Government is expected to provide more details on VERS compensation. While payouts will likely be lower than SERS, VERS offers a pragmatic path to address land constraints and maintain equity across generations.