A landing pad (10, 40) with a built-in fire suppressor comprising: at least one first interlocking unit (12, 42), said interlocking unit (12, 42) comprising: a landing surface, wherein the landing surface comprises: openings distributed thereon; and at least one interlocking mechanism (32, 34) located along its periphery, said interlocking mechanism (32, 34) being adapted to interconnect with a corresponding interlocking mechanism (32, 34); an integrally formed hollow chamber located beneath the landing surface and in fluid communication with the openings; and a heat conductive layer arranged to span continuously across the hollow chamber thereby subdividing the integrally formed hollow chamber into an upper section and a lower section, wherein the lower section is in fluid communication with the upper section via the heat conductive layer, and wherein the heat conductive layer is adapted to dissipate heat from a localized point thereon to over the entire heat conductive layer, wherein the heat conductive layer is a finely meshed gauze, and the mesh size of the finely meshed gauze is configured in the range of about 0.01 mm to about 2.5 mm such that fluid dropping through the finely meshed gauze is atomized, characterised in that the heat conductive layer has an arcuate shape such that a center portion of the heat conductive layer is closer to the landing surface than a periphery portion of the heat conductive layer. at least one first interlocking unit (12, 42), said interlocking unit (12, 42) comprising: a landing surface, wherein the landing surface comprises: openings distributed thereon; and at least one interlocking mechanism (32, 34) located along its periphery, said interlocking mechanism (32, 34) being adapted to interconnect with a corresponding interlocking mechanism (32, 34); an integrally formed hollow chamber located beneath the landing surface and in fluid communication with the openings; and a heat conductive layer arranged to span continuously across the hollow chamber thereby subdividing the integrally formed hollow chamber into an upper section and a lower section, wherein the lower section is in fluid communication with the upper section via the heat conductive layer, and wherein the heat conductive layer is adapted to dissipate heat from a localized point thereon to over the entire heat conductive layer, wherein the heat conductive layer is a finely meshed gauze, and the mesh size of the finely meshed gauze is configured in the range of about 0.01 mm to about 2.5 mm such that fluid dropping through the finely meshed gauze is atomized, characterised in that the heat conductive layer has an arcuate shape such that a center portion of the heat conductive layer is closer to the landing surface than a periphery portion of the heat conductive layer. a landing surface, wherein the landing surface comprises: openings distributed thereon; and at least one interlocking mechanism (32, 34) located along its periphery, said interlocking mechanism (32, 34) being adapted to interconnect with a corresponding interlocking mechanism (32, 34); openings distributed thereon; and at least one interlocking mechanism (32, 34) located along its periphery, said interlocking mechanism (32, 34) being adapted to interconnect with a corresponding interlocking mechanism (32, 34); an integrally formed hollow chamber located beneath the landing surface and in fluid communication with the openings; and a heat conductive layer arranged to span continuously across the hollow chamber thereby subdividing the integrally formed hollow chamber into an upper section and a lower section, wherein the lower section is in fluid communication with the upper section via the heat conductive layer, and wherein the heat conductive layer is adapted to dissipate heat from a localized point thereon to over the entire heat conductive layer, wherein the heat conductive layer is a finely meshed gauze, and the mesh size of the finely meshed gauze is configured in the range of about 0.01 mm to about 2.5 mm such that fluid dropping through the finely meshed gauze is atomized,